{ "schema": "FI_COMPLETE_BUNDLE_REFERENCE_MATRIX_20261017_R1", "evidence_type": "Independently reviewed conditional whole-job/device reference model, not physical products", "date": "2026-10-17", "scope": "120 assumed service references. Nominal base laws C=K=SM=DM=1; exact results for compatible installed bundles, including their declared costs. No percentage stacking across methods or unrelated source jobs.", "accounting_rule": "Evaluate each complete retained/shared/added ledger once; input energy=DC ledger/0.9 supply efficiency. Zero cold-configuration costs at nominal do not mean free cold start; cold/idle/replay conditions remain in fixed envelopes.", "comparators": "Strongest tested eligible ordinary control gets compatible generic improvements. Named legacy comparator is separately retained. Same-wrapper and fixed installation envelopes remain separate.", "counts": { "nominal_saving": 13, "nominal_tie": 100, "unmatched": 7, "strict_positive_robust": 0, "tight_inclusive_robust": 0 }, "unmatched_ids": [ "D021", "D022", "D026", "D028", "D032", "D041", "D085" ], "limits": [ "All names are assumed reference contexts, not validated commercial products.", "Finite frozen traces and declared grids do not prove all-input worst-case behavior.", "No physical testing, native EDA result, battery/mass/range/fleet/novelty outcome follows.", "The separate FPGA FIR final result is not composed into these graph/reference jobs.", "The separate R24 recorder storage redesign is not composed into these synthetic recorder_crc tasks.", "No fixed candidate meets strictly positive saving and feasibility requirements across the full core plus additional tight grid." ], "nominal_winners": [ { "id": "D015", "name": "BLDC commutation controller", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "bldc_phase", "service": "BLDC commutation controller: bldc_phase finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant bldc_phase on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. 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It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_CPU_FIXED_100MB", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": true, "implementation_revision": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "storage_kind": "bounded_lookahead_block_dictionary", "legacy_source_candidate": "H_G7_COMPACT_D5_STREAM_CG", "generic_ordinary_access": true }, "nominal_accounting": { "selected": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "41973568939/3000000000000", "value": 0.013991189646333333 }, "complete_input_referred_terms_J": { "common_common_host_control_W": { "exact": "1/450", "value": 0.0022222222222222222 }, "common_common_memory_W": { "exact": "1/1800", "value": 0.0005555555555555556 }, "common_common_clock_sensor_W": { "exact": "1/900", "value": 0.0011111111111111111 }, "common_plant_or_external_load_W": { "exact": "1/900", "value": 0.0011111111111111111 }, "installed_FPGA_shell": { "exact": "2/225", "value": 0.008888888888888889 }, "generic_accelerator_clock_distribution": { "exact": "55305619/1800000000000", "value": 3.072534388888889e-05 }, "arithmetic_resource_leak": { "exact": "1099/36000000", "value": 3.052777777777778e-05 }, "cache_leak": { "exact": "0", "value": 0.0 }, "allocated_program_data_memory_leak": { "exact": "7551/500000000", "value": 1.5102e-05 }, "additional_array_port_capacity_tariff": { "exact": "0", "value": 0.0 }, "occupied_CPU_units": { "exact": "10847/1500000000", "value": 7.231333333333333e-06 }, "DSP_products": { "exact": "0", "value": 0.0 }, "adder_bits": { "exact": "7/4394531250", "value": 1.592888888888889e-09 }, "nonadder_LUT_bits": { "exact": "649/70312500000", "value": 9.230222222222222e-09 }, "divider_sequence": { "exact": "17/23437500000", "value": 7.253333333333333e-10 }, "register_accesses": { "exact": "35351969/4500000000000", "value": 7.85599311111111e-06 }, "accelerator_control": { "exact": "40093/562500000000", "value": 7.127644444444444e-08 }, "internal_data_instruction_cache_traffic": { "exact": "13597/3125000000", "value": 4.35104e-06 }, "cache_valid_initialization": { "exact": "0", "value": 0.0 }, "conditional_original_B_core_dynamic": { "exact": "0", "value": 0.0 }, "conditional_original_B_clock_standby": { "exact": "0", "value": 0.0 }, "external_canonical_wrapper_CPU": { "exact": "1111/187500000", "value": 5.925333333333333e-06 }, "external_request_commit_readback": { "exact": "123/250000000", "value": 4.92e-07 }, "cold_host_preparation": { "exact": "0", "value": 0.0 }, "cold_logic_program_cache_preparation": { "exact": "0", "value": 0.0 }, "R6_wrapper_logic": { "exact": "0", "value": 0.0 }, "R6_wrapper_internal_fixed_transfers": { "exact": "0", "value": 0.0 }, "R6_wrapper_resource_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_memory_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_extra_port_leak": { "exact": "0", "value": 0.0 }, "R7_lookahead_FIFO_additional_port": { "exact": "1/140625000", "value": 7.111111111111111e-09 } }, "completion_s": { "exact": "284941/100000000", "value": 0.00284941 }, "resources": { "DSP_units": 0, "LUT_equivalent": 1347, "cache_B": 0, "local_memory_B": 135918, "program_storage_B": 130816, "register_bits": 2675, "total_value_storage_B": 1488 }, "gates": { "semantic_equal": true, "schedule_and_ports": true, "deadline": true, "period": true, "DSP_capacity": true, "LUT_capacity": true, "register_capacity": true, "cache_capacity": true, "program_data_cache_capacity": true }, "timing_cycles": { "body_including_explicit_transitions": 273101, "cold_host": 0, "cold_logic": 0, "cache_init": 0, "complete_wrapper_including_wire": 11840, "total": 284941, "K_outer_transition_delta": 0, "PG_extra_wrapper_ROM_load": 0 }, "power_partitions": { "PG": false, "full_completion_on_s": { "exact": "284941/100000000", "value": 0.00284941 }, "idle_s": { "exact": "9715059/100000000", "value": 0.09715059 }, "owned_fabric_B": 0, "retained_host_B": 0, "alwayson_controller_B": 0, "separate_wrapper_memory_B": 0, "wrapper_memory_ports": 0, "core_memory_ports": 1 }, "boundary_reconciliation": null, "immutable_storage": { "R3_fetch_account_scope": "Retained reader bytes/base activity; old serial allowance replaced by explicit lookahead calendar. 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Both separatelyaligned spans retain originalR6prefetch/parse work.", "metadata_logical_words": 10048, "raw_metadata_B": 80384, "raw_metadata_entry_B": [ 35776, 44608 ], "streaming_decode_and_paid_port_pass": true }, "firmware_pin": { "bytes": 88, "sha256": "821c82e0d4e706add7cc78e1e7a64a66f1ef5e36c6542fdba37b6ba5acd690a7" }, "host_decoder_firmware_B": 88, "identity_reuse": "Exact every-byte and indexed decoded-record equality; source VM arithmetic/protocol witness is reused. Conservative retiming only adds waits; no old traffic/CPU work omitted.", "installed_program_B": 253448, "legacy_program_B": 1869472, "legacy_runtime_witness_pin": { "bytes": 663579, "sha256": "109f5f760650ceabb0f0a3e7ae550dc60a7f7e26d68363ecb1f9993c362209c9" }, "legacy_source_candidate": "O_BALANCED_COMPACT_D5_STREAM_CG", "logical_program_preserved": true, "lookahead": { "FIFO_capacity_B": 64, "FIFO_read_ports": 1, "FIFO_write_ports": 1, "calendar": { "C": 1, "FIFO_capacity_words": 8, "FIFO_initialization_write_B": 0, "FIFO_invalid_reset_bits": 16, "FIFO_max_words": 8, "FIFO_read_steps": 99398, "FIFO_write_steps": 99398, "actual_macro_resource_reservations_pass": true, "all_words_once": true, "bounded_queue_pass": true, "code_completion_delta_cycles": 128044, "code_session": { "dictionary_word_reads": 99398, "firmware_instruction_read_B": 0, "index_line_reads": 6213, "logical_begin_word": 4472, "logical_end_word_exclusive": 103870, "logical_sequence_sha256": "0ab9a3fef4e4f8260831431670cdd6a248cafa6a775602ca4c5885194f95fd9c", "logical_words": 99398, "physical_read_B": 844888, "physical_sequence_sha256": "177a65d980258b55a495faefe3747084542a2b44112f558e5912419b1a392262", "selected_descriptor_registers": { "capacity_B": 48, "field_read_counts": [ 99398, 99398, 99398, 298195, 198797, 397592 ], "initialized_bits": 384, "register_bit_reads": 76337792, "transfer_hex": "803a01000000000050ef02000000000073070000000000007811000000000000f0ad0c00000000002002000000000000" } }, "consumer_empty_ticks": 264693, "current_record_hold_ticks": 49425, "current_stage_max_words": 3, "descriptor_bound_reads": 144200, "dispatch_shift_cycles": 128044, "dispatch_trace_sha256": "c8534953fd2f32d1729e72098fa4c020f1e1934dd216a4cff71fe2f99178d642", "extra_FIFO_transfer_B": 1590368, "extra_control_events": 609789, "extra_register_bit_accesses": 96062912, "extra_selected_descriptor_register_reads": 128, "fixed_capacity": true, "literal_capacity_words": 1, "literal_stage_owner": "Existing384bit currentprefix buffer, separatelyfrom paidFIFOreadport64bit latch and original64bit memunit literalinput; extra128bit access per actualliteralword for stagecopy. Allactualpayloads1word.", "literal_stage_register_bit_accesses": 1792, "literal_stage_words": 14, "logical_words": 99398, "max_macro_end": 506810, "max_original_macro_end": 378766, "new_C_wait_ticks": 0, "new_base_steps": 292079, "new_hold_ticks": 317710, "no_early_operand_access": true, "predecode_steps": 93282, "producer_consumer_trace_sha256": "d61c50ffdfefc0f9b7720aced67cb28eebc60fd84d13b14769570772d41684cc", "producer_full_ticks": 3592, "queue_reset_steps": 1, "reader_base_ticks": 403806, "record_hold_register_reads_per_tick": 160, "records": 46641 }, "new_controller_RAM_B": 8, "schema": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "separate_predecoder": true }, "ordinary_eligible": true, "owned_archive_program_B": 253360, "profile_archive_pin": { "bytes": 253360, "sha256": "d3e0dc866756af3e3907c7c72e837efe6aacfb71a62abbbff7490a76f4d3b835" }, "schema": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "selected_descriptor_register_B": 48 }, "codec_C_scaling": { "C": 1, "base_extra_CPU_cycles": 57, "base_extra_hardware_control_events": 403814, "base_extra_hardware_register_bit_accesses": 144622122, "base_extra_serial_cycles": 403863, "base_hardware_waitable_ticks": 403814, "bytes_capacity_resources_invariant": true, "extra_wait_control_events_per_tick": 1, "extra_wait_register_bit_accesses_per_tick": 32, "held_data_no_refetch": true } } }, "same_nominal_installation_envelope": { "strong_ordinary": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "matched_core_points": 324, "required_core_points": 324, "eligible": true, "worst_saving_percent_exact": "-6421742195/6550854912", "worst_comparable_point": { "scenario": "cold", "C": "1", "K": "2", "SM": "2", "DM": "1/2", "baseline_id": "O_CPU_CACHE::W_CPU_FIXED_100MB::BODY_POLICY" }, "strict_robust": false, "worst_saving_percent": -0.9802907072841 }, "same_wrapper": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "matched_core_points": 324, "required_core_points": 324, "eligible": true, "worst_saving_percent_exact": "-6231679195/6552755542", "worst_comparable_point": { "scenario": "cold", "C": "1", "K": "2", "SM": "2", "DM": "1/2", "baseline_id": "O_CPU_CACHE::W_SCHEMA_DMA_1B_CG::BODY_POLICY" }, "strict_robust": false, "worst_saving_percent": -0.9510013238030848 }, "legacy": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "matched_core_points": 324, "required_core_points": 324, "eligible": true, "worst_saving_percent_exact": "-6421742195/6550854912", "worst_comparable_point": { "scenario": "cold", "C": "1", "K": "2", "SM": "2", "DM": "1/2", "baseline_id": "O_CPU_CACHE::W_CPU_FIXED_100MB::BODY_POLICY" }, "strict_robust": false, "worst_saving_percent": -0.9802907072841 } }, "least_loss_fixed_candidates": { "strong_ordinary": { "any": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "worst_saving_percent": -0.9802907072841, "worst_saving_percent_exact": 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"35821f68efd81c21fd24b1fbbd37ff7ee7b4fa8f58ac8cc77bd301c470d79706", "c17a21ceb4a928a605bf3802bbf0336fcea62718aaf0e5122e7472248e7ca35d", "7f06424f95cb6868e34d99fa25e31a3841364e0def804333c2565bf4f8898198" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D050", "name": "Airframe health-data reduction", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "airframe_health_events", "service": "Airframe health-data reduction: airframe_health_events finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant airframe_health_events on each exact request below. 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It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_CPU_FIXED_100MB", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": true, "implementation_revision": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "storage_kind": "bounded_lookahead_block_dictionary", "legacy_source_candidate": "H_G7_COMPACT_D5_STREAM_CG", "generic_ordinary_access": true }, "nominal_accounting": { "selected": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "432975218411/18000000000000", "value": 0.02405417880061111 }, "complete_input_referred_terms_J": { "common_common_host_control_W": { "exact": "1/450", "value": 0.0022222222222222222 }, "common_common_memory_W": { "exact": "1/1800", "value": 0.0005555555555555556 }, "common_common_clock_sensor_W": { "exact": "1/900", "value": 0.0011111111111111111 }, "common_plant_or_external_load_W": { "exact": "1/90", "value": 0.011111111111111112 }, "installed_FPGA_shell": { "exact": "2/225", "value": 0.008888888888888889 }, "generic_accelerator_clock_distribution": { "exact": "100399927/1800000000000", "value": 5.5777737222222225e-05 }, "arithmetic_resource_leak": { "exact": "1099/36000000", "value": 3.052777777777778e-05 }, "cache_leak": { "exact": "0", "value": 0.0 }, "allocated_program_data_memory_leak": { "exact": "26651/900000000", "value": 2.9612222222222222e-05 }, "additional_array_port_capacity_tariff": { "exact": "0", "value": 0.0 }, "occupied_CPU_units": { "exact": "20693/1500000000", "value": 1.3795333333333333e-05 }, "DSP_products": { "exact": "0", "value": 0.0 }, "adder_bits": { "exact": "7/2197265625", "value": 3.185777777777778e-09 }, "nonadder_LUT_bits": { "exact": "649/35156250000", "value": 1.8460444444444445e-08 }, "divider_sequence": { "exact": "17/11718750000", "value": 1.4506666666666666e-09 }, "register_accesses": { "exact": "292092221/18000000000000", "value": 1.622734561111111e-05 }, "accelerator_control": { "exact": "107609/750000000000", "value": 1.4347866666666667e-07 }, "internal_data_instruction_cache_traffic": { "exact": "506333/56250000000", "value": 9.001475555555556e-06 }, "cache_valid_initialization": { "exact": "0", "value": 0.0 }, "conditional_original_B_core_dynamic": { "exact": "0", "value": 0.0 }, "conditional_original_B_clock_standby": { "exact": "0", "value": 0.0 }, "external_canonical_wrapper_CPU": { "exact": "1409/150000000", "value": 9.393333333333334e-06 }, "external_request_commit_readback": { "exact": "781/1000000000", "value": 7.81e-07 }, "cold_host_preparation": { "exact": "0", "value": 0.0 }, "cold_logic_program_cache_preparation": { "exact": "0", "value": 0.0 }, "R6_wrapper_logic": { "exact": "0", "value": 0.0 }, "R6_wrapper_internal_fixed_transfers": { "exact": "0", "value": 0.0 }, "R6_wrapper_resource_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_memory_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_extra_port_leak": { "exact": "0", "value": 0.0 }, "R7_lookahead_FIFO_additional_port": { "exact": "1/140625000", "value": 7.111111111111111e-09 } }, "completion_s": { "exact": "568553/100000000", "value": 0.00568553 }, "resources": { "DSP_units": 0, "LUT_equivalent": 1347, "cache_B": 0, "local_memory_B": 266510, "program_storage_B": 257832, "register_bits": 2675, "total_value_storage_B": 2760 }, "gates": { "semantic_equal": true, "schedule_and_ports": true, "deadline": true, "period": true, "DSP_capacity": true, "LUT_capacity": true, "register_capacity": true, "cache_capacity": true, "program_data_cache_capacity": true }, "timing_cycles": { "body_including_explicit_transitions": 549777, "cold_host": 0, "cold_logic": 0, "cache_init": 0, "complete_wrapper_including_wire": 18776, "total": 568553, "K_outer_transition_delta": 0, "PG_extra_wrapper_ROM_load": 0 }, "power_partitions": { "PG": false, "full_completion_on_s": { "exact": "568553/100000000", "value": 0.00568553 }, "idle_s": { "exact": "9431447/100000000", "value": 0.09431447 }, "owned_fabric_B": 0, "retained_host_B": 0, "alwayson_controller_B": 0, "separate_wrapper_memory_B": 0, "wrapper_memory_ports": 0, "core_memory_ports": 1 }, "boundary_reconciliation": null, "immutable_storage": { "R3_fetch_account_scope": "Retained reader bytes/base activity; 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It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_CPU_FIXED_100MB", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": true, "implementation_revision": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "storage_kind": "bounded_lookahead_block_dictionary", "legacy_source_candidate": "H_G7_COMPACT_D5_STREAM_CG", "generic_ordinary_access": true }, "nominal_accounting": { "selected": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "632975218411/18000000000000", "value": 0.03516528991172222 }, "complete_input_referred_terms_J": { "common_common_host_control_W": { "exact": "1/450", "value": 0.0022222222222222222 }, "common_common_memory_W": { "exact": "1/1800", "value": 0.0005555555555555556 }, "common_common_clock_sensor_W": { "exact": "1/900", "value": 0.0011111111111111111 }, "common_plant_or_external_load_W": { "exact": "1/45", "value": 0.022222222222222223 }, "installed_FPGA_shell": { "exact": "2/225", "value": 0.008888888888888889 }, "generic_accelerator_clock_distribution": { "exact": "100399927/1800000000000", "value": 5.5777737222222225e-05 }, "arithmetic_resource_leak": { "exact": "1099/36000000", "value": 3.052777777777778e-05 }, "cache_leak": { "exact": "0", "value": 0.0 }, "allocated_program_data_memory_leak": { "exact": "26651/900000000", "value": 2.9612222222222222e-05 }, "additional_array_port_capacity_tariff": { "exact": "0", "value": 0.0 }, "occupied_CPU_units": { "exact": "20693/1500000000", "value": 1.3795333333333333e-05 }, "DSP_products": { "exact": "0", "value": 0.0 }, "adder_bits": { "exact": "7/2197265625", "value": 3.185777777777778e-09 }, "nonadder_LUT_bits": { "exact": "649/35156250000", "value": 1.8460444444444445e-08 }, "divider_sequence": { "exact": "17/11718750000", "value": 1.4506666666666666e-09 }, "register_accesses": { "exact": "292092221/18000000000000", "value": 1.622734561111111e-05 }, "accelerator_control": { "exact": "107609/750000000000", "value": 1.4347866666666667e-07 }, "internal_data_instruction_cache_traffic": { "exact": "506333/56250000000", "value": 9.001475555555556e-06 }, "cache_valid_initialization": { "exact": "0", "value": 0.0 }, "conditional_original_B_core_dynamic": { "exact": "0", "value": 0.0 }, "conditional_original_B_clock_standby": { "exact": "0", "value": 0.0 }, "external_canonical_wrapper_CPU": { "exact": "1409/150000000", "value": 9.393333333333334e-06 }, "external_request_commit_readback": { "exact": "781/1000000000", "value": 7.81e-07 }, "cold_host_preparation": { "exact": "0", "value": 0.0 }, "cold_logic_program_cache_preparation": { "exact": "0", "value": 0.0 }, "R6_wrapper_logic": { "exact": "0", "value": 0.0 }, "R6_wrapper_internal_fixed_transfers": { "exact": "0", "value": 0.0 }, "R6_wrapper_resource_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_memory_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_extra_port_leak": { "exact": "0", "value": 0.0 }, "R7_lookahead_FIFO_additional_port": { "exact": "1/140625000", "value": 7.111111111111111e-09 } }, "completion_s": { "exact": "568553/100000000", "value": 0.00568553 }, "resources": { "DSP_units": 0, "LUT_equivalent": 1347, "cache_B": 0, "local_memory_B": 266510, "program_storage_B": 257832, "register_bits": 2675, "total_value_storage_B": 2760 }, "gates": { "semantic_equal": true, "schedule_and_ports": true, "deadline": true, "period": true, "DSP_capacity": true, "LUT_capacity": true, "register_capacity": true, "cache_capacity": true, "program_data_cache_capacity": true }, "timing_cycles": { "body_including_explicit_transitions": 549777, "cold_host": 0, "cold_logic": 0, "cache_init": 0, "complete_wrapper_including_wire": 18776, "total": 568553, "K_outer_transition_delta": 0, "PG_extra_wrapper_ROM_load": 0 }, "power_partitions": { "PG": false, "full_completion_on_s": { "exact": "568553/100000000", "value": 0.00568553 }, "idle_s": { "exact": "9431447/100000000", "value": 0.09431447 }, "owned_fabric_B": 0, "retained_host_B": 0, "alwayson_controller_B": 0, "separate_wrapper_memory_B": 0, "wrapper_memory_ports": 0, "core_memory_ports": 1 }, "boundary_reconciliation": null, "immutable_storage": { "R3_fetch_account_scope": "Retained reader bytes/base activity; 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Both separatelyaligned spans retain originalR6prefetch/parse work.", "metadata_logical_words": 10048, "raw_metadata_B": 80384, "raw_metadata_entry_B": [ 35776, 44608 ], "streaming_decode_and_paid_port_pass": true }, "firmware_pin": { "bytes": 88, "sha256": "821c82e0d4e706add7cc78e1e7a64a66f1ef5e36c6542fdba37b6ba5acd690a7" }, "host_decoder_firmware_B": 88, "identity_reuse": "Exact every-byte and indexed decoded-record equality; source VM arithmetic/protocol witness is reused. Conservative retiming only adds waits; no old traffic/CPU work omitted.", "installed_program_B": 257832, "legacy_program_B": 1869472, "legacy_runtime_witness_pin": { "bytes": 723823, "sha256": "c3297b56d0120bd4b6205b101740ecf7d36ad8e688b70f71d8034e83973f45f6" }, "legacy_source_candidate": "H_G7_COMPACT_D5_STREAM_CG", "logical_program_preserved": true, "lookahead": { "FIFO_capacity_B": 64, "FIFO_read_ports": 1, "FIFO_write_ports": 1, "calendar": { "C": 1, "FIFO_capacity_words": 8, "FIFO_initialization_write_B": 0, "FIFO_invalid_reset_bits": 16, "FIFO_max_words": 8, "FIFO_read_steps": 99398, "FIFO_write_steps": 99398, "actual_macro_resource_reservations_pass": true, "all_words_once": true, "bounded_queue_pass": true, "code_completion_delta_cycles": 488, "code_session": { "dictionary_word_reads": 99398, "firmware_instruction_read_B": 0, "index_line_reads": 6213, "logical_begin_word": 4472, "logical_end_word_exclusive": 103870, "logical_sequence_sha256": "0ab9a3fef4e4f8260831431670cdd6a248cafa6a775602ca4c5885194f95fd9c", "logical_words": 99398, "physical_read_B": 844888, "physical_sequence_sha256": "40793798c5575b422f3f2447e6d91b197237d84ab549fa2ca7369c0f62fe9b43", "selected_descriptor_registers": { "capacity_B": 48, "field_read_counts": [ 99398, 99398, 99398, 298195, 198797, 397592 ], "initialized_bits": 384, "register_bit_reads": 76337792, "transfer_hex": "803a01000000000050ef020000000000fc070000000000007811000000000000f0ad0c00000000002002000000000000" } }, "consumer_empty_ticks": 3750, "current_record_hold_ticks": 332582, "current_stage_max_words": 3, "descriptor_bound_reads": 144200, "dispatch_shift_cycles": 488, "dispatch_trace_sha256": "f5c695f7e69b6eb42f87dedb468a329f2e726e02ada24b7ce0c360e21e8744f5", "extra_FIFO_transfer_B": 1590368, "extra_control_events": 654212, "extra_register_bit_accesses": 133728544, "extra_selected_descriptor_register_reads": 128, "fixed_capacity": true, "literal_capacity_words": 1, "literal_stage_owner": "Existing384bit currentprefix buffer, separatelyfrom paidFIFOreadport64bit latch and original64bit memunit literalinput; extra128bit access per actualliteralword for stagecopy. Allactualpayloads1word.", "literal_stage_register_bit_accesses": 1792, "literal_stage_words": 14, "logical_words": 99398, "max_macro_end": 529024, "max_original_macro_end": 528536, "new_C_wait_ticks": 0, "new_base_steps": 292079, "new_hold_ticks": 362133, "no_early_operand_access": true, "predecode_steps": 93282, "producer_consumer_trace_sha256": "ce110dafd8af6b53320b60ad6811f72d0cd90bdf422b7d257c2763a536ad4822", "producer_full_ticks": 25801, "queue_reset_steps": 1, "reader_base_ticks": 403806, "record_hold_register_reads_per_tick": 160, "records": 46641 }, "new_controller_RAM_B": 8, "schema": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "separate_predecoder": true }, "ordinary_eligible": true, "owned_archive_program_B": 257744, "profile_archive_pin": { "bytes": 257744, "sha256": "12c9d7fc9d2525137adddde4fb4265bed08cd80bdc14ed602ab9036f3ff05bfa" }, "schema": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "selected_descriptor_register_B": 48 }, "codec_C_scaling": { "C": 1, "base_extra_CPU_cycles": 57, "base_extra_hardware_control_events": 403814, "base_extra_hardware_register_bit_accesses": 144622122, "base_extra_serial_cycles": 403863, "base_hardware_waitable_ticks": 403814, "bytes_capacity_resources_invariant": true, "extra_wait_control_events_per_tick": 1, "extra_wait_register_bit_accesses_per_tick": 32, "held_data_no_refetch": true } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "633521115673/18000000000000", "value": 0.03519561753738889 }, "complete_input_referred_terms_J": { "common_common_host_control_W": { "exact": "1/450", "value": 0.0022222222222222222 }, "common_common_memory_W": { "exact": "1/1800", "value": 0.0005555555555555556 }, "common_common_clock_sensor_W": { "exact": "1/900", "value": 0.0011111111111111111 }, "common_plant_or_external_load_W": { "exact": "1/45", "value": 0.022222222222222223 }, "installed_FPGA_shell": { "exact": "2/225", "value": 0.008888888888888889 }, "generic_accelerator_clock_distribution": { "exact": "96867901/1800000000000", "value": 5.3815500555555554e-05 }, "arithmetic_resource_leak": { "exact": "163231/4500000000", "value": 3.6273555555555555e-05 }, "cache_leak": { "exact": "0", "value": 0.0 }, "allocated_program_data_memory_leak": { "exact": "131087/4500000000", "value": 2.9130444444444444e-05 }, "additional_array_port_capacity_tariff": { "exact": "131087/4500000000", "value": 2.9130444444444444e-05 }, "occupied_CPU_units": { "exact": "20693/1500000000", "value": 1.3795333333333333e-05 }, "DSP_products": { "exact": "0", "value": 0.0 }, "adder_bits": { "exact": "7/2197265625", "value": 3.185777777777778e-09 }, "nonadder_LUT_bits": { "exact": "649/35156250000", "value": 1.8460444444444445e-08 }, "divider_sequence": { "exact": "17/11718750000", "value": 1.4506666666666666e-09 }, "register_accesses": { "exact": "28269621/2000000000000", "value": 1.41348105e-05 }, "accelerator_control": { "exact": "249377/1800000000000", "value": 1.3854277777777777e-07 }, "internal_data_instruction_cache_traffic": { "exact": "506333/56250000000", "value": 9.001475555555556e-06 }, "cache_valid_initialization": { "exact": "0", "value": 0.0 }, "conditional_original_B_core_dynamic": { "exact": "0", "value": 0.0 }, "conditional_original_B_clock_standby": { "exact": "0", "value": 0.0 }, "external_canonical_wrapper_CPU": { "exact": "1409/150000000", "value": 9.393333333333334e-06 }, "external_request_commit_readback": { "exact": "781/1000000000", "value": 7.81e-07 }, "cold_host_preparation": { "exact": "0", "value": 0.0 }, "cold_logic_program_cache_preparation": { "exact": "0", "value": 0.0 }, "R6_wrapper_logic": { "exact": "0", "value": 0.0 }, "R6_wrapper_internal_fixed_transfers": { "exact": "0", "value": 0.0 }, "R6_wrapper_resource_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_memory_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_extra_port_leak": { "exact": "0", "value": 0.0 }, "R7_lookahead_FIFO_additional_port": { "exact": "0", "value": 0.0 } }, "completion_s": { "exact": "546339/100000000", "value": 0.00546339 }, "resources": { "DSP_units": 0, "LUT_equivalent": 1603, "cache_B": 0, "local_memory_B": 262174, "program_storage_B": 253448, "register_bits": 2931, "total_value_storage_B": 2808 }, "gates": { "semantic_equal": true, "schedule_and_ports": true, "deadline": true, "period": true, "DSP_capacity": true, "LUT_capacity": true, "register_capacity": true, "cache_capacity": true, "program_data_cache_capacity": true }, "timing_cycles": { "body_including_explicit_transitions": 527563, "cold_host": 0, "cold_logic": 0, "cache_init": 0, "complete_wrapper_including_wire": 18776, "total": 546339, "K_outer_transition_delta": 0, "PG_extra_wrapper_ROM_load": 0 }, "power_partitions": { "PG": false, "full_completion_on_s": { "exact": "546339/100000000", "value": 0.00546339 }, "idle_s": { "exact": "9453661/100000000", "value": 0.09453661 }, "owned_fabric_B": 0, "retained_host_B": 0, "alwayson_controller_B": 0, "separate_wrapper_memory_B": 0, "wrapper_memory_ports": 0, "core_memory_ports": 2 }, "boundary_reconciliation": null, "immutable_storage": { "R3_fetch_account_scope": "Retained reader bytes/base activity; old serial allowance replaced by explicit lookahead calendar. No traffic credit.", "active_metadata_parse_count": 1, "block_B": 32, "bound_initialized_bits": 128, "expanded_metadata_B": 0, "extra_runtime_per_owned_copy_B": 264, "fetch_account": { "active_metadata_parse_count": 1, "archive_intervals_sha256": "30022f1847d842e6bcf63b292781689f19467d74164e8d409969b3b135db7c01", "bound_initialized_bits": 128, "bound_register_transfer_hex": "f80a0000000000001804000000000000", "bound_setup_CPU_cycles": 7, "bound_setup_firmware_read_B": 8, "bound_setup_transfer_B": 24, "code_firmware_instruction_read_B": 0, "code_index_line_reads": 6213, "code_logical_words": 99398, "code_session": { "dictionary_word_reads": 99398, "firmware_instruction_read_B": 0, "index_line_reads": 6213, "logical_begin_word": 4472, "logical_end_word_exclusive": 103870, "logical_sequence_sha256": "0ab9a3fef4e4f8260831431670cdd6a248cafa6a775602ca4c5885194f95fd9c", "logical_words": 99398, "physical_read_B": 844888, "physical_sequence_sha256": "177a65d980258b55a495faefe3747084542a2b44112f558e5912419b1a392262", "selected_descriptor_registers": { "capacity_B": 48, "field_read_counts": [ 99398, 99398, 99398, 298194, 198796, 397592 ], "initialized_bits": 384, "register_bit_reads": 76337664, "transfer_hex": "803a01000000000050ef02000000000073070000000000007811000000000000f0ad0c00000000002002000000000000" } }, "current_prefix_buffer": "Only currentR6prefix and finitecodec latches; no expandedcode/descriptorarray. 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Both separatelyaligned spans retain originalR6prefetch/parse work.", "metadata_logical_words": 10048, "raw_metadata_B": 80384, "raw_metadata_entry_B": [ 35776, 44608 ], "streaming_decode_and_paid_port_pass": true }, "firmware_pin": { "bytes": 88, "sha256": "821c82e0d4e706add7cc78e1e7a64a66f1ef5e36c6542fdba37b6ba5acd690a7" }, "host_decoder_firmware_B": 88, "identity_reuse": "Exact every-byte and indexed decoded-record equality; source VM arithmetic/protocol witness is reused. 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Allactualpayloads1word.", "literal_stage_register_bit_accesses": 1792, "literal_stage_words": 14, "logical_words": 99398, "max_macro_end": 506810, "max_original_macro_end": 378766, "new_C_wait_ticks": 0, "new_base_steps": 292079, "new_hold_ticks": 317710, "no_early_operand_access": true, "predecode_steps": 93282, "producer_consumer_trace_sha256": "d61c50ffdfefc0f9b7720aced67cb28eebc60fd84d13b14769570772d41684cc", "producer_full_ticks": 3592, "queue_reset_steps": 1, "reader_base_ticks": 403806, "record_hold_register_reads_per_tick": 160, "records": 46641 }, "new_controller_RAM_B": 8, "schema": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "separate_predecoder": true }, "ordinary_eligible": true, "owned_archive_program_B": 253360, "profile_archive_pin": { "bytes": 253360, "sha256": "d3e0dc866756af3e3907c7c72e837efe6aacfb71a62abbbff7490a76f4d3b835" }, "schema": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "selected_descriptor_register_B": 48 }, "codec_C_scaling": { "C": 1, "base_extra_CPU_cycles": 57, "base_extra_hardware_control_events": 403814, "base_extra_hardware_register_bit_accesses": 144622122, "base_extra_serial_cycles": 403863, "base_hardware_waitable_ticks": 403814, "bytes_capacity_resources_invariant": true, "extra_wait_control_events_per_tick": 1, "extra_wait_register_bit_accesses_per_tick": 32, "held_data_no_refetch": true } } }, "same_nominal_installation_envelope": { "strong_ordinary": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "matched_core_points": 324, "required_core_points": 324, "eligible": true, "worst_saving_percent_exact": "-17267732869/21182080032", "worst_comparable_point": { "scenario": "replay", "C": "4", "K": "2", "SM": "2", "DM": "1/2", "baseline_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY" }, "strict_robust": false, "worst_saving_percent": -0.8152047788939257 }, "same_wrapper": { "candidate_id": 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"-499554948199/1264106020168", "matched_core_points": 324 } } }, "completion_change_percent": 4.065973690327795, "nominal_model_source_sha256s": [ "f2bc66065887d096cda2274b02e992d19eb2ce1dc125bda0836a3dee02574d2d" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D095", "name": "GNSS interference monitoring", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "gnss_anomaly_recording", "service": "GNSS interference monitoring: gnss_anomaly_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant gnss_anomaly_recording on each exact request below. 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It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_CPU_FIXED_100MB", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": true, "implementation_revision": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "storage_kind": "bounded_lookahead_block_dictionary", "legacy_source_candidate": "H_G7_COMPACT_D5_STREAM_CG", "generic_ordinary_access": true }, "nominal_accounting": { "selected": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "432975218411/18000000000000", "value": 0.02405417880061111 }, "complete_input_referred_terms_J": { "common_common_host_control_W": { "exact": "1/450", "value": 0.0022222222222222222 }, "common_common_memory_W": { "exact": "1/1800", "value": 0.0005555555555555556 }, "common_common_clock_sensor_W": { "exact": "1/900", "value": 0.0011111111111111111 }, "common_plant_or_external_load_W": { "exact": "1/90", "value": 0.011111111111111112 }, "installed_FPGA_shell": { "exact": "2/225", "value": 0.008888888888888889 }, "generic_accelerator_clock_distribution": { "exact": "100399927/1800000000000", "value": 5.5777737222222225e-05 }, "arithmetic_resource_leak": { "exact": "1099/36000000", "value": 3.052777777777778e-05 }, "cache_leak": { "exact": "0", "value": 0.0 }, "allocated_program_data_memory_leak": { "exact": "26651/900000000", "value": 2.9612222222222222e-05 }, "additional_array_port_capacity_tariff": { "exact": "0", "value": 0.0 }, "occupied_CPU_units": { "exact": "20693/1500000000", "value": 1.3795333333333333e-05 }, "DSP_products": { "exact": "0", "value": 0.0 }, "adder_bits": { "exact": "7/2197265625", "value": 3.185777777777778e-09 }, "nonadder_LUT_bits": { "exact": "649/35156250000", "value": 1.8460444444444445e-08 }, "divider_sequence": { "exact": "17/11718750000", "value": 1.4506666666666666e-09 }, "register_accesses": { "exact": "292092221/18000000000000", "value": 1.622734561111111e-05 }, "accelerator_control": { "exact": "107609/750000000000", "value": 1.4347866666666667e-07 }, "internal_data_instruction_cache_traffic": { "exact": "506333/56250000000", "value": 9.001475555555556e-06 }, "cache_valid_initialization": { "exact": "0", "value": 0.0 }, "conditional_original_B_core_dynamic": { "exact": "0", "value": 0.0 }, "conditional_original_B_clock_standby": { "exact": "0", "value": 0.0 }, "external_canonical_wrapper_CPU": { "exact": "1409/150000000", "value": 9.393333333333334e-06 }, "external_request_commit_readback": { "exact": "781/1000000000", "value": 7.81e-07 }, "cold_host_preparation": { "exact": "0", "value": 0.0 }, "cold_logic_program_cache_preparation": { "exact": "0", "value": 0.0 }, "R6_wrapper_logic": { "exact": "0", "value": 0.0 }, "R6_wrapper_internal_fixed_transfers": { "exact": "0", "value": 0.0 }, "R6_wrapper_resource_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_memory_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_extra_port_leak": { "exact": "0", "value": 0.0 }, "R7_lookahead_FIFO_additional_port": { "exact": "1/140625000", "value": 7.111111111111111e-09 } }, "completion_s": { "exact": "568553/100000000", "value": 0.00568553 }, "resources": { "DSP_units": 0, "LUT_equivalent": 1347, "cache_B": 0, "local_memory_B": 266510, "program_storage_B": 257832, "register_bits": 2675, "total_value_storage_B": 2760 }, "gates": { "semantic_equal": true, "schedule_and_ports": true, "deadline": true, "period": true, "DSP_capacity": true, "LUT_capacity": true, "register_capacity": true, "cache_capacity": true, "program_data_cache_capacity": true }, "timing_cycles": { "body_including_explicit_transitions": 549777, "cold_host": 0, "cold_logic": 0, "cache_init": 0, "complete_wrapper_including_wire": 18776, "total": 568553, "K_outer_transition_delta": 0, "PG_extra_wrapper_ROM_load": 0 }, "power_partitions": { "PG": false, "full_completion_on_s": { "exact": "568553/100000000", "value": 0.00568553 }, "idle_s": { "exact": "9431447/100000000", "value": 0.09431447 }, "owned_fabric_B": 0, "retained_host_B": 0, "alwayson_controller_B": 0, "separate_wrapper_memory_B": 0, "wrapper_memory_ports": 0, "core_memory_ports": 1 }, "boundary_reconciliation": null, "immutable_storage": { "R3_fetch_account_scope": "Retained reader bytes/base activity; 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"-499554948199/864106020168", "matched_core_points": 324 } } }, "completion_change_percent": 4.065973690327795, "nominal_model_source_sha256s": [ "8220032cdbf874ce3285a2704a4d72884a9aa6c0608d9c0809d4a1d0b9c0a827" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D099", "name": "Public-safety radio evidence recorder", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "radio_evidence_recording", "service": "Public-safety radio evidence recorder: radio_evidence_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant radio_evidence_recording on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D099_R7_R7", "status": "saving", "selected": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "124769136623/18000000000000", "value": 0.006931618701277778 } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "124807641503/18000000000000", "value": 0.006933757861277778 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "125310049481/18000000000000", "value": 0.006961669415611111 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "53479/25000000000", "value": 2.13916e-06 }, "saving_percent": 0.03085138020100673, "saving_percent_exact": "3850488000/124807641503" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "90152143/3000000000000", "value": 3.0050714333333335e-05 }, "saving_percent": 0.43165959972110246, "saving_percent_exact": "54091285800/125310049481" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "53479/25000000000", "value": 2.13916e-06 }, "saving_percent": 0.03085138020100673, "saving_percent_exact": "3850488000/124807641503" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "53479/25000000000", "value": 2.13916e-06 }, "saving_percent": 0.03085138020100673, "saving_percent_exact": "3850488000/124807641503" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.535, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.5 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_SCHEMA_DMA_1B_CG", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": false }, "nominal_accounting": { "selected": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "124769136623/18000000000000", "value": 0.006931618701277778 }, "complete_input_referred_terms_J": { "common_common_host_control_W": { "exact": "1/4500", "value": 0.00022222222222222223 }, "common_common_memory_W": { "exact": "1/18000", "value": 5.555555555555556e-05 }, "common_common_clock_sensor_W": { "exact": "1/9000", "value": 0.00011111111111111112 }, "common_plant_or_external_load_W": { "exact": "1/180", "value": 0.005555555555555556 }, "installed_FPGA_shell": { "exact": "1/1125", "value": 0.0008888888888888889 }, "generic_accelerator_clock_distribution": { "exact": "91581823/1800000000000", "value": 5.087879055555556e-05 }, "arithmetic_resource_leak": { "exact": "71711/45000000000", "value": 1.5935777777777779e-06 }, "cache_leak": { "exact": "0", "value": 0.0 }, "allocated_program_data_memory_leak": { "exact": "104327/5000000000", "value": 2.08654e-05 }, "additional_array_port_capacity_tariff": { "exact": "0", "value": 0.0 }, "occupied_CPU_units": { "exact": "419/31250000", "value": 1.3408e-05 }, "DSP_products": { "exact": "0", "value": 0.0 }, "adder_bits": { "exact": "7/2197265625", "value": 3.185777777777778e-09 }, "nonadder_LUT_bits": { "exact": "649/35156250000", "value": 1.8460444444444445e-08 }, "divider_sequence": { "exact": "17/11718750000", "value": 1.4506666666666666e-09 }, "register_accesses": { "exact": "2748311/3600000000000", "value": 7.634197222222222e-07 }, "accelerator_control": { "exact": "116641/4500000000000", "value": 2.592022222222222e-08 }, "internal_data_instruction_cache_traffic": { "exact": "33419/6250000000", "value": 5.34704e-06 }, "cache_valid_initialization": { "exact": "0", "value": 0.0 }, "conditional_original_B_core_dynamic": { "exact": "0", "value": 0.0 }, "conditional_original_B_clock_standby": { "exact": "0", "value": 0.0 }, "external_canonical_wrapper_CPU": { "exact": "1/93750000", "value": 1.0666666666666666e-08 }, "external_request_commit_readback": { "exact": "781/1000000000", "value": 7.81e-07 }, "cold_host_preparation": { "exact": "0", "value": 0.0 }, "cold_logic_program_cache_preparation": { "exact": "0", "value": 0.0 }, "R6_wrapper_logic": { "exact": "2663/6250000000", "value": 4.2608e-07 }, "R6_wrapper_internal_fixed_transfers": { "exact": "12193/225000000000", "value": 5.419111111111111e-08 }, "R6_wrapper_resource_leak": { "exact": "2429/2812500000", "value": 8.636444444444445e-07 }, "R6_wrapper_memory_leak": { "exact": "6109/18000000000", "value": 3.393888888888889e-07 }, "R6_wrapper_extra_port_leak": { "exact": "0", "value": 0.0 }, "R6_wrapper_clock": { "exact": "1743091/600000000000", "value": 2.9051516666666665e-06 } }, "completion_s": { "exact": "569697/100000000", "value": 0.00569697 }, "resources": { "DSP_units": 0, "LUT_equivalent": 1091, "cache_B": 0, "local_memory_B": 1908431, "program_storage_B": 1869472, "register_bits": 1475, "total_value_storage_B": 2760 }, "gates": { "semantic_equal": true, "schedule_and_ports": true, "deadline": true, "period": true, "DSP_capacity": true, "LUT_capacity": true, "register_capacity": true, "cache_capacity": true, "program_data_cache_capacity": true }, "timing_cycles": { "body_including_explicit_transitions": 548708, "cold_host": 0, "cold_logic": 0, "cache_init": 0, "complete_wrapper_including_wire": 20989, "total": 569697, "K_outer_transition_delta": 0, "PG_extra_wrapper_ROM_load": 0 }, "power_partitions": { "PG": false, "full_completion_on_s": { "exact": "569697/100000000", "value": 0.00569697 }, "idle_s": { "exact": "430303/100000000", "value": 0.00430303 }, "owned_fabric_B": 0, "retained_host_B": 0, "alwayson_controller_B": 0, "separate_wrapper_memory_B": 30545, "wrapper_memory_ports": 1, "core_memory_ports": 1 }, "boundary_reconciliation": { "shared_source_read_B_replaced": 4192, "shared_source_cycles_replaced": 524, "shared_CPU_occupied_cycles_replaced": 524, "residual_body_sign_word_B": 0, "scope": "One kernel-native-field to R4 formatter queue boundary. 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Both separatelyaligned spans retain originalR6prefetch/parse work.", "metadata_logical_words": 10048, "raw_metadata_B": 80384, "raw_metadata_entry_B": [ 35776, 44608 ], "streaming_decode_and_paid_port_pass": true }, "firmware_pin": { "bytes": 88, "sha256": "821c82e0d4e706add7cc78e1e7a64a66f1ef5e36c6542fdba37b6ba5acd690a7" }, "host_decoder_firmware_B": 88, "identity_reuse": "Exact every-byte and indexed decoded-record equality; source VM arithmetic/protocol witness is reused. 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"required_core_points": 324, "eligible": true, "worst_saving_percent_exact": "-6204593995/12553026394", "worst_comparable_point": { "scenario": "cold", "C": "1", "K": "2", "SM": "2", "DM": "1/2", "baseline_id": "O_CPU_CACHE::W_SCHEMA_DMA_1B_CG::BODY_POLICY" }, "strict_robust": false, "worst_saving_percent": -0.49427076788157037 }, "legacy": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "matched_core_points": 324, "required_core_points": 324, "eligible": true, "worst_saving_percent_exact": "-6395222195/12551120112", "worst_comparable_point": { "scenario": "cold", "C": "1", "K": "2", "SM": "2", "DM": "1/2", "baseline_id": "O_CPU_CACHE::W_CPU_FIXED_100MB::BODY_POLICY" }, "strict_robust": false, "worst_saving_percent": -0.5095339808664242 } }, "least_loss_fixed_candidates": { "strong_ordinary": { "any": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "worst_saving_percent": -0.5095339808664242, "worst_saving_percent_exact": 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"3544248b4ca38b19bd45b8df1b3288f53b0c3beef992064f02fb6969b650fd70", "eb1a8e624b2a989db28344b18a0881e250fe02ed577a97842bccd3606c143ddd", "a7c8f5c5f205afd92fcace84adc6d26832feba90dbade1479f7e3824517748ec" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D118", "name": "Seismic field-array data pipeline", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "seismic_recording", "service": "Seismic field-array data pipeline: seismic_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant seismic_recording on each exact request below. 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Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D120_R7_R7", "status": "saving", "selected": { "candidate_id": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "28118847091/45000000000000", "value": 0.0006248632686888889 } }, "strong_ordinary": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "28141579937/45000000000000", "value": 0.0006253684430444444 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "9454951379/15000000000000", "value": 0.0006303300919333334 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "11366423/22500000000000", "value": 5.051743555555556e-07 }, "saving_percent": 0.0807802761994585, "saving_percent_exact": "2273284600/28141579937" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "123003523/22500000000000", "value": 5.466823244444444e-06 }, "saving_percent": 0.8672952972428677, "saving_percent_exact": "24600704600/28364854137" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "11366423/22500000000000", "value": 5.051743555555556e-07 }, "saving_percent": 0.0807802761994585, "saving_percent_exact": "2273284600/28141579937" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "11366423/22500000000000", "value": 5.051743555555556e-07 }, "saving_percent": 0.0807802761994585, "saving_percent_exact": "2273284600/28141579937" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.0005, "common_load_W": 1.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 1.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. 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-0.44050737632738646, "worst_saving_percent_exact": "-248070011/563146100", "matched_core_points": 324 } } }, "completion_change_percent": 33.25481360098323, "nominal_model_source_sha256s": [ "6c23254b05a4714ad0762c737ec9802a3c6175b89bf30ee64930f747a0dfef24" ], "nominal_strong_baseline_uses_same_wrapper": true } ], "coverage": [ { "id": "D001", "name": "Rooftop PV DC optimizer", "technical_family": "PV", "reference_kind": "pv_grid", "task_variant": "module_voltage_scan", "service": "Rooftop PV DC optimizer: module_voltage_scan finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind pv_grid and task_variant module_voltage_scan on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Module I-V/environment trajectories and calibrated converter/MPPT maps", "Exact output voltage/current quality and protection limits", "Matched control law with initial/final storage state and environmental horizon", "Auxiliary and all affected/retained conversion losses beyond source aggregate assumptions", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D001_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "26404939747/12500000000", "value": 2.11239517976 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "26404939747/12500000000", "value": 2.11239517976 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "79214934551/37500000000", "value": 2.1123982546933333 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "11531/3750000000", "value": 3.0749333333333334e-06 }, "saving_percent": 0.0001455659853203077, "saving_percent_exact": "11531000/79214934551" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1495081/360000000000", "value": -4.153002777777778e-06 }, "saving_percent": -0.00019660160265323184, "saving_percent_exact": "-186885125/950577830892" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 190.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 190.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": "For PV-related references this positive common load is an emulated rig input rail. It is not a claim that PV generation is input-energy consumption, and no increase in solar output is inferred." }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D002", "name": "Utility string inverter", "technical_family": "PV", "reference_kind": "pv_grid", "task_variant": "string_voltage_scan", "service": "Utility string inverter: string_voltage_scan finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind pv_grid and task_variant string_voltage_scan on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Module I-V/environment trajectories and calibrated converter/MPPT maps", "Exact output voltage/current quality and protection limits", "Matched control law with initial/final storage state and environmental horizon", "Auxiliary and all affected/retained conversion losses beyond source aggregate assumptions", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D002_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "2375290396793/225000000000", "value": 10.556846207968889 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "2375290396793/225000000000", "value": 10.556846207968889 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1187645798281/112500000000", "value": 10.556851540275556 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "399923/75000000000", "value": 5.332306666666667e-06 }, "saving_percent": 5.0510387934540214e-05, "saving_percent_exact": "59988450/1187645798281" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-366946033/90000000000000", "value": -4.077178144444444e-06 }, "saving_percent": -3.862117590921014e-05, "saving_percent_exact": "-366946033/9501161587172" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 950.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 950.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": "For PV-related references this positive common load is an emulated rig input rail. It is not a claim that PV generation is input-energy consumption, and no increase in solar output is inferred." }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D003", "name": "Module microinverter", "technical_family": "PV", "reference_kind": "pv_grid", "task_variant": "ripple_aware_scan", "service": "Module microinverter: ripple_aware_scan finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind pv_grid and task_variant ripple_aware_scan on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Module I-V/environment trajectories and calibrated converter/MPPT maps", "Exact output voltage/current quality and protection limits", "Matched control law with initial/final storage state and environmental horizon", "Auxiliary and all affected/retained conversion losses beyond source aggregate assumptions", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D003_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "225145151597/225000000000", "value": 1.000645118208889 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "225145151597/225000000000", "value": 1.000645118208889 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "18762163259/18750000000", "value": 1.0006487071466668 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "807511/225000000000", "value": 3.5889377777777776e-06 }, "saving_percent": 0.00035866111175135326, "saving_percent_exact": "20187775/56286489777" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-109832393/45000000000000", "value": -2.4407198444444443e-06 }, "saving_percent": -0.00024391463067478174, "saving_percent_exact": "-109832393/450290303194" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.005, "common_load_W": 180.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 180.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": "For PV-related references this positive common load is an emulated rig input rail. It is not a claim that PV generation is input-energy consumption, and no increase in solar output is inferred." }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D004", "name": "PV shading and fault diagnosis", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "shading_interval", "service": "PV shading and fault diagnosis: shading_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant shading_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D004_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "877935211/225000000000", "value": 0.003901934271111111 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "877935211/225000000000", "value": 0.003901934271111111 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "877935211/225000000000", "value": 0.003901934271111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-16655341565899/45000000000000000", "value": -0.0003701187014644222 }, "saving_percent": -9.485518610722973, "saving_percent_exact": "-16655341565899/1755870422000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4356581246059/11250000000000000", "value": -0.0003872516663163556 }, "saving_percent": -9.924607628156743, "saving_percent_exact": "-4356581246059/438967605500" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D005", "name": "Hybrid PV-battery inverter", "technical_family": "PV", "reference_kind": "pv_grid", "task_variant": "battery_constrained_scan", "service": "Hybrid PV-battery inverter: battery_constrained_scan finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind pv_grid and task_variant battery_constrained_scan on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Module I-V/environment trajectories and calibrated converter/MPPT maps", "Exact output voltage/current quality and protection limits", "Matched control law with initial/final storage state and environmental horizon", "Auxiliary and all affected/retained conversion losses beyond source aggregate assumptions", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D005_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "312644949083/112500000000", "value": 2.7790662140711113 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "312644949083/112500000000", "value": 2.7790662140711113 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "312645533269/112500000000", "value": 2.7790714068355555 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "292093/56250000000", "value": 5.192764444444445e-06 }, "saving_percent": 0.00018685250158279626, "saving_percent_exact": "58418600/312645533269" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-171541291/30000000000000", "value": -5.718043033333334e-06 }, "saving_percent": -0.00020575411281607625, "saving_percent_exact": "-514623873/2501159592664" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 250.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 250.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": "For PV-related references this positive common load is an emulated rig input rail. It is not a claim that PV generation is input-energy consumption, and no increase in solar output is inferred." }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D006", "name": "Wind turbine converter", "technical_family": "POWER", "reference_kind": "power_control", "task_variant": "wind_bus_duty", "service": "Wind turbine converter: wind_bus_duty finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind power_control and task_variant wind_bus_duty on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual regulated/protected service, rail ratings and complete source/load architecture", "Efficiency/auxiliary maps at matched load, waveform and temperature", "Transition, startup, fault/recovery and protected-load behavior", "Actual service horizon and initial/final storage state", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D006_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "21359214933/200000000000", "value": 0.106796074665 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "21359214933/200000000000", "value": 0.106796074665 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "16019721581/150000000000", "value": 0.10679814387333333 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "49661/24000000000", "value": 2.0692083333333334e-06 }, "saving_percent": 0.0019374946588842342, "saving_percent_exact": "31038125/16019721581" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-6247651/22500000000000", "value": -2.776733777777778e-07 }, "saving_percent": -0.00026000335559971566, "saving_percent_exact": "-49981208/192232934397" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 96.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 96.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D007", "name": "Microgrid dispatch engine", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "reserve_interval", "service": "Microgrid dispatch engine: reserve_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant reserve_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D007_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "100008762591259/225000000000", "value": 444.4833892944844 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "100008762591259/225000000000", "value": 444.4833892944844 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "100008762591259/225000000000", "value": 444.4833892944844 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-14164076533759/5625000000000000", "value": -0.0025180580504460446 }, "saving_percent": -0.0005665134200949297, "saving_percent_exact": "-14164076533759/25002190647814750" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-227536586992241/90000000000000000", "value": -0.002528184299913789 }, "saving_percent": -0.0005687916265952486, "saving_percent_exact": "-227536586992241/400035050365036000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 400.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 400.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D008", "name": "Distribution state-estimation pipeline", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "weighted_least_squares", "service": "Distribution state-estimation pipeline: weighted_least_squares finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant weighted_least_squares on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D008_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2215619/2812500000", "value": 0.0007877756444444444 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2215619/2812500000", "value": 0.0007877756444444444 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2215619/2812500000", "value": 0.0007877756444444444 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-2045328902039/11250000000000000", "value": -0.00018180701351457778 }, "saving_percent": -23.078526836507088, "saving_percent_exact": "-2045328902039/88624760000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-182362588493/937500000000000", "value": -0.00019452009439253334 }, "saving_percent": -24.69232144511308, "saving_percent_exact": "-547087765479/22156190000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.02, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D009", "name": "Transformer condition analytics", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "transformer_interval", "service": "Transformer condition analytics: transformer_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant transformer_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D009_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "8758291561/225000000000", "value": 0.03892574027111111 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "8758291561/225000000000", "value": 0.03892574027111111 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "8758291561/225000000000", "value": 0.03892574027111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-112973454553487/45000000000000000", "value": -0.002510521212299711 }, "saving_percent": -6.449514369705909, "saving_percent_exact": "-112973454553487/17516583122000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-56926109796613/22500000000000000", "value": -0.002530049324293911 }, "saving_percent": -6.499681975660709, "saving_percent_exact": "-56926109796613/8758291561000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D010", "name": "Protective-relay engineering verification", "technical_family": "ALLOC", "reference_kind": "allocation", "task_variant": "relay_test_budget", "service": "Protective-relay engineering verification: relay_test_budget finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind allocation and task_variant relay_test_budget on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Evidence that the named task cost is alpha/delta rather than inverse-square or another law", "Bindings from each alpha, weight and budget to the actual engineering error/effort limits", "Mandatory discrete coverage and certificate/rounding/exactness contract", "Named competent weighted allocator and complete pipeline costs", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D010_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-56175181237259/22500000000000000", "value": -0.0024966747216559554 }, "saving_percent": -6.401690321275858, "saving_percent_exact": "-56175181237259/8775054465000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-56175181237259/22500000000000000", "value": -0.0024966747216559554 }, "saving_percent": -6.401690321275858, "saving_percent_exact": "-56175181237259/8775054465000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D011", "name": "DC solenoid valve driver", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "solenoid_hold", "service": "DC solenoid valve driver: solenoid_hold finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant solenoid_hold on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D011_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "316357/175781250", "value": 0.0017997198222222221 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "316357/175781250", "value": 0.0017997198222222221 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "33840763/18750000000", "value": 0.0018048406933333333 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "288049/56250000000", "value": 5.120871111111111e-06 }, "saving_percent": 0.2837298122779718, "saving_percent_exact": "28804900/101522289" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-16635977/11250000000000", "value": -1.4787535111111112e-06 }, "saving_percent": -0.0821657622954447, "saving_percent_exact": "-16635977/202468480" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 1.535, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 1.5 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D012", "name": "Injector electronics test bench", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "injector_profile", "service": "Injector electronics test bench: injector_profile finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant injector_profile on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D012_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "3124117873/1800000000000", "value": 0.0017356210405555556 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "3124117873/1800000000000", "value": 0.0017356210405555556 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "348150489/200000000000", "value": 0.001740752445 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "577283/112500000000", "value": 5.131404444444444e-06 }, "saving_percent": 0.29478082648589615, "saving_percent_exact": "923652800/3133354401" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4966667/15000000000000", "value": -3.3111113333333334e-07 }, "saving_percent": -0.01907738645685857, "saving_percent_exact": "-59600004/3124117873" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.0005, "common_load_W": 3.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 3.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D013", "name": "Proportional hydraulic valve", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "valve_flow", "service": "Proportional hydraulic valve: valve_flow finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant valve_flow on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D013_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "12238942169/1800000000000", "value": 0.006799412316111111 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "12238942169/1800000000000", "value": 0.006799412316111111 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1530990323/225000000000", "value": 0.006804401435555556 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "1796083/360000000000", "value": 4.989119444444444e-06 }, "saving_percent": 0.07332194450454407, "saving_percent_exact": "224510375/3061980646" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-151083331/90000000000000", "value": -1.6787036777777779e-06 }, "saving_percent": -0.024688952511382686, "saving_percent_exact": "-302166662/12238942169" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 6.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 6.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D014", "name": "Voice-coil precision stage", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "voice_coil_position", "service": "Voice-coil precision stage: voice_coil_position finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant voice_coil_position on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D014_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "424821941/360000000000", "value": 0.0011800609472222222 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "424821941/360000000000", "value": 0.0011800609472222222 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "426661519/360000000000", "value": 0.001185170886111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "919789/180000000000", "value": 5.109938888888889e-06 }, "saving_percent": 0.43115629558333807, "saving_percent_exact": "183957800/426661519" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4966453/15000000000000", "value": -3.3109686666666666e-07 }, "saving_percent": -0.02805760731647333, "saving_percent_exact": "-59597436/2124109705" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.0005, "common_load_W": 2.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 2.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D015", "name": "BLDC commutation controller", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "bldc_phase", "service": "BLDC commutation controller: bldc_phase finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant bldc_phase on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D015_R7_R7", "status": "saving", "selected": { "candidate_id": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "201051955903/30000000000000", "value": 0.006701731863433333 } }, "strong_ordinary": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "603177243347/90000000000000", "value": 0.006701969370522223 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "201218134999/30000000000000", "value": 0.006707271166633334 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "10687819/45000000000000", "value": 2.3750708888888888e-07 }, "saving_percent": 0.0035438402618420527, "saving_percent_exact": "2137563800/603177243347" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "6924129/1250000000000", "value": 5.5393032e-06 }, "saving_percent": 0.0825865402245309, "saving_percent_exact": "16617909600/201218134999" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "10687819/45000000000000", "value": 2.3750708888888888e-07 }, "saving_percent": 0.0035438402618420527, "saving_percent_exact": "2137563800/603177243347" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "10687819/45000000000000", "value": 2.3750708888888888e-07 }, "saving_percent": 0.0035438402618420527, "saving_percent_exact": "2137563800/603177243347" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.00025, "common_load_W": 24.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 24.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "body_candidate": "G7_LUT_SERIAL", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_SCHEMA_DMA_8B_CG", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": false }, "completion_change_percent": 37.366713027352816, "nominal_model_source_sha256s": [ "a889090fbaba027d8a8e27aa29538e2f9cf41c59eadadbc25e10ec1fcc6727a5" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D016", "name": "Induction-motor variable-frequency drive", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "induction_drive", "service": "Induction-motor variable-frequency drive: induction_drive finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant induction_drive on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D016_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "10693325101/200000000000", "value": 0.053466625505 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "10693325101/200000000000", "value": 0.053466625505 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2406221071/45000000000", "value": 0.053471579355555555 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "8916931/1800000000000", "value": 4.953850555555556e-06 }, "saving_percent": 0.00926445527747604, "saving_percent_exact": "44584655/4812442142" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-2751931/2250000000000", "value": -1.2230804444444445e-06 }, "saving_percent": -0.0022875587020730653, "saving_percent_exact": "-220154480/96239925909" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 48.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 48.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D017", "name": "Piezoelectric positioning stage", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "piezo_position", "service": "Piezoelectric positioning stage: piezo_position finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant piezo_position on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D017_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "624193261/1800000000000", "value": 0.00034677403388888887 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "624193261/1800000000000", "value": 0.00034677403388888887 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "633431201/1800000000000", "value": 0.00035190622277777775 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "461897/90000000000", "value": 5.132188888888889e-06 }, "saving_percent": 1.4583967422848816, "saving_percent_exact": "6646000/4557059" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-13007791/45000000000000", "value": -2.890620222222222e-07 }, "saving_percent": -0.08335745874065116, "saving_percent_exact": "-52031164/624193261" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.0005, "common_load_W": 0.535, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.5 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D018", "name": "Stepper precision positioning", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "stepper_phase", "service": "Stepper precision positioning: stepper_phase finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant stepper_phase on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D018_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "2060027243/450000000000", "value": 0.004577838317777778 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "2060027243/450000000000", "value": 0.004577838317777778 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1374745591/300000000000", "value": 0.004582485303333333 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "4182287/900000000000", "value": 4.646985555555555e-06 }, "saving_percent": 0.10140753865975968, "saving_percent_exact": "418228700/4124236773" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-47134573/45000000000000", "value": -1.0474349555555555e-06 }, "saving_percent": -0.022880558089784446, "saving_percent_exact": "-47134573/2060027243" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 4.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 4.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D019", "name": "Magnetic-bearing controller model", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "magnetic_gap", "service": "Magnetic-bearing controller model: magnetic_gap finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant magnetic_gap on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D019_R7_R7", "status": "saving", "selected": { "candidate_id": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "2821614917/1250000000000", "value": 0.0022572919336 } }, "strong_ordinary": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "101588592923/45000000000000", "value": 0.002257524287177778 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "101824483273/45000000000000", "value": 0.0022627662949555555 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "10455911/45000000000000", "value": 2.3235357777777778e-07 }, "saving_percent": 0.010292406557816144, "saving_percent_exact": "1045591100/101588592923" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "246346261/45000000000000", "value": 5.4743613555555555e-06 }, "saving_percent": 0.24193224761035612, "saving_percent_exact": "24634626100/101824483273" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "10455911/45000000000000", "value": 2.3235357777777778e-07 }, "saving_percent": 0.010292406557816144, "saving_percent_exact": "1045591100/101588592923" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "10455911/45000000000000", "value": 2.3235357777777778e-07 }, "saving_percent": 0.010292406557816144, "saving_percent_exact": "1045591100/101588592923" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.00025, "common_load_W": 8.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 8.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "body_candidate": "G7_LUT_SERIAL", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_SCHEMA_DMA_8B_CG", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": false }, "completion_change_percent": 43.009532455742146, "nominal_model_source_sha256s": [ "7231fef8936179e07aa740606f817e27fc0ef9194510d97559a54391fae999f7" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D020", "name": "Relay and contactor coil economizer", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "contactor_hold", "service": "Relay and contactor coil economizer: contactor_hold finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant contactor_hold on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D020_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "11155594651/900000000000", "value": 0.012395105167777778 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "11155594651/900000000000", "value": 0.012395105167777778 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "697458907/56250000000", "value": 0.012399269457777778 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "416429/100000000000", "value": 4.16429e-06 }, "saving_percent": 0.03358496251880256, "saving_percent_exact": "93696525/2789835628" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-250323631/45000000000000", "value": -5.562747355555555e-06 }, "saving_percent": -0.044878581345291296, "saving_percent_exact": "-500647262/11155594651" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 1.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 1.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D021", "name": "Macro-cell power-amplifier linearization", "technical_family": "RF", "reference_kind": "rf_polynomial", "task_variant": "macro_pa_memory", "service": "Macro-cell power-amplifier linearization: macro_pa_memory finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind rf_polynomial and task_variant macro_pa_memory on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Input waveform and accepted EVM/ACLR/spectral thresholds at exact reference plane", "PA/regulator transfer and loss maps across voltage, load, temperature and frequency", "Causal forward/inverse model coefficients, lag/order/state history, numeric precision and observation chain", "Proof that omitted regulator is removable while retained protection/headroom/stability constraints hold", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D021_R7_R7", "status": "not_comparable", "selected": null, "strong_ordinary": null, "legacy_ordinary": null, "selected_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "selected_vs_legacy": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_hybrid_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 40.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 40.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D022", "name": "5G small-cell radio electronics", "technical_family": "RF", "reference_kind": "rf_polynomial", "task_variant": "small_cell_pa_memory", "service": "5G small-cell radio electronics: small_cell_pa_memory finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind rf_polynomial and task_variant small_cell_pa_memory on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Input waveform and accepted EVM/ACLR/spectral thresholds at exact reference plane", "PA/regulator transfer and loss maps across voltage, load, temperature and frequency", "Causal forward/inverse model coefficients, lag/order/state history, numeric precision and observation chain", "Proof that omitted regulator is removable while retained protection/headroom/stability constraints hold", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D022_R7_R7", "status": "not_comparable", "selected": { "candidate_id": "B8_RF_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2041216867/225000000000", "value": 0.009072074964444444 } }, "strong_ordinary": null, "legacy_ordinary": null, "selected_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "selected_vs_legacy": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_hybrid_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 8.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 8.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D023", "name": "Massive-MIMO channel calibration", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "mimo_gain_interval", "service": "Massive-MIMO channel calibration: mimo_gain_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant mimo_gain_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D023_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2838497/7031250000", "value": 0.0004036973511111111 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2838497/7031250000", "value": 0.0004036973511111111 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2838497/7031250000", "value": 0.0004036973511111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-604760701361/3750000000000000", "value": -0.00016126952036293334 }, "saving_percent": -39.94812448460841, "saving_percent_exact": "-1814282104083/45415952000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1565685711571/9000000000000000", "value": -0.00017396507906344445 }, "saving_percent": -43.09294539204529, "saving_percent_exact": "-1565685711571/36332761600" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D024", "name": "Open-RAN baseband numerical kernel", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "butterfly_transform", "service": "Open-RAN baseband numerical kernel: butterfly_transform finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant butterfly_transform on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D024_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2684311/50000000000", "value": 5.368622e-05 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2684311/50000000000", "value": 5.368622e-05 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2684311/50000000000", "value": 5.368622e-05 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1466775863/18000000000000", "value": -8.148754794444444e-05 }, "saving_percent": -151.78484896952037, "saving_percent_exact": "-1047697045/6902514" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1466775863/18000000000000", "value": -8.148754794444444e-05 }, "saving_percent": -151.78484896952037, "saving_percent_exact": "-1047697045/6902514" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D025", "name": "Industrial private-cellular scheduling", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "queue_latency_interval", "service": "Industrial private-cellular scheduling: queue_latency_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant queue_latency_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D025_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "181929173/450000000000", "value": 0.0004042870511111111 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "181929173/450000000000", "value": 0.0004042870511111111 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "181929173/450000000000", "value": 0.0004042870511111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-50452782039/312500000000000", "value": -0.0001614489025248 }, "saving_percent": -39.934225467050304, "saving_percent_exact": "-908150076702/22741146625" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1972027706491/11250000000000000", "value": -0.0001752913516880889 }, "saving_percent": -43.35814150028594, "saving_percent_exact": "-1972027706491/45482293250" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D026", "name": "Wi-Fi access-point PA compensation", "technical_family": "RF", "reference_kind": "rf_polynomial", "task_variant": "wifi_ap_memory", "service": "Wi-Fi access-point PA compensation: wifi_ap_memory finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind rf_polynomial and task_variant wifi_ap_memory on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Input waveform and accepted EVM/ACLR/spectral thresholds at exact reference plane", "PA/regulator transfer and loss maps across voltage, load, temperature and frequency", "Causal forward/inverse model coefficients, lag/order/state history, numeric precision and observation chain", "Proof that omitted regulator is removable while retained protection/headroom/stability constraints hold", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D026_R7_R7", "status": "not_comparable", "selected": { "candidate_id": "B8_RF_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "791216867/225000000000", "value": 0.003516519408888889 } }, "strong_ordinary": null, "legacy_ordinary": null, "selected_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "selected_vs_legacy": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_hybrid_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 3.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 3.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D027", "name": "Low-power Wi-Fi client electronics", "technical_family": "RF", "reference_kind": "rf_polynomial", "task_variant": "wifi_client_memory", "service": "Low-power Wi-Fi client electronics: wifi_client_memory finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind rf_polynomial and task_variant wifi_client_memory on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Input waveform and accepted EVM/ACLR/spectral thresholds at exact reference plane", "PA/regulator transfer and loss maps across voltage, load, temperature and frequency", "Causal forward/inverse model coefficients, lag/order/state history, numeric precision and observation chain", "Proof that omitted regulator is removable while retained protection/headroom/stability constraints hold", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D027_R7_R7", "status": "saving", "selected": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "317130053743/90000000000000", "value": 0.0035236672638111113 } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "317944806911/90000000000000", "value": 0.003532720076788889 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1595553479/450000000000", "value": 0.0035456743977777777 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "50922073/5625000000000", "value": 9.052812977777779e-06 }, "saving_percent": 0.25625616468334644, "saving_percent_exact": "81475316800/317944806911" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "660214019/30000000000000", "value": 2.2007133966666666e-05 }, "saving_percent": 0.6206755470964693, "saving_percent_exact": "1980642057/3191106958" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "50922073/5625000000000", "value": 9.052812977777779e-06 }, "saving_percent": 0.25625616468334644, "saving_percent_exact": "81475316800/317944806911" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "50922073/5625000000000", "value": 9.052812977777779e-06 }, "saving_percent": 0.25625616468334644, "saving_percent_exact": "81475316800/317944806911" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.235, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.2 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_SCHEMA_DMA_1B_CG", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": false }, "completion_change_percent": 51.491459519511174, "nominal_model_source_sha256s": [ "53df149c8b111d55294f30d42c4004e0aecac17eed66ad7fe0f2fa1c33b83b73" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D028", "name": "Point-to-point microwave radio", "technical_family": "RF", "reference_kind": "rf_polynomial", "task_variant": "microwave_pa_memory", "service": "Point-to-point microwave radio: microwave_pa_memory finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind rf_polynomial and task_variant microwave_pa_memory on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Input waveform and accepted EVM/ACLR/spectral thresholds at exact reference plane", "PA/regulator transfer and loss maps across voltage, load, temperature and frequency", "Causal forward/inverse model coefficients, lag/order/state history, numeric precision and observation chain", "Proof that omitted regulator is removable while retained protection/headroom/stability constraints hold", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D028_R7_R7", "status": "not_comparable", "selected": null, "strong_ordinary": null, "legacy_ordinary": null, "selected_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "selected_vs_legacy": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_hybrid_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 12.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 12.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D029", "name": "Optical-modulator predistortion", "technical_family": "NONLIN", "reference_kind": "nonlinear_calibration", "task_variant": "optical_bias_calibration", "service": "Optical-modulator predistortion: optical_bias_calibration finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind nonlinear_calibration and task_variant optical_bias_calibration on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Exact source input/output sequences and admitted error/bandwidth/latency thresholds", "Coefficients, nonlinear basis, memory lags, state evolution, quantization and cross-memory terms", "Plant/reference model or calibrated held-out records for this specific named application", "Stable causal inverse and failure/saturation policy where inverse control is proposed", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D029_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "175003939/150000000000", "value": 0.0011666929266666666 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "175003939/150000000000", "value": 0.0011666929266666666 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "175003939/150000000000", "value": 0.0011666929266666666 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-7251844417/90000000000000", "value": -8.057604907777778e-05 }, "saving_percent": -6.9063630400151546, "saving_percent_exact": "-7251844417/1050023634" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-7251844417/90000000000000", "value": -8.057604907777778e-05 }, "saving_percent": -6.9063630400151546, "saving_percent_exact": "-7251844417/1050023634" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 1.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 1.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D030", "name": "RF instrument waveform linearization", "technical_family": "RF", "reference_kind": "rf_polynomial", "task_variant": "instrument_memory", "service": "RF instrument waveform linearization: instrument_memory finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind rf_polynomial and task_variant instrument_memory on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Input waveform and accepted EVM/ACLR/spectral thresholds at exact reference plane", "PA/regulator transfer and loss maps across voltage, load, temperature and frequency", "Causal forward/inverse model coefficients, lag/order/state history, numeric precision and observation chain", "Proof that omitted regulator is removable while retained protection/headroom/stability constraints hold", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D030_R7_R7", "status": "saving", "selected": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "2118765543167/90000000000000", "value": 0.02354183936852222 } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "2119419123929/90000000000000", "value": 0.023549101376988887 } }, "legacy_ordinary": { "candidate_id": "O_CPU_CACHE::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "10617115547/450000000000", "value": 0.023593590104444444 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "108930127/15000000000000", "value": 7.262008466666667e-06 }, "saving_percent": 0.030837730707477317, "saving_percent_exact": "65358076200/2119419123929" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "4657566233/90000000000000", "value": 5.175073592222222e-05 }, "saving_percent": 0.21934235397466567, "saving_percent_exact": "4657566233/21234231094" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "108930127/15000000000000", "value": 7.262008466666667e-06 }, "saving_percent": 0.030837730707477317, "saving_percent_exact": "65358076200/2119419123929" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "108930127/15000000000000", "value": 7.262008466666667e-06 }, "saving_percent": 0.030837730707477317, "saving_percent_exact": "65358076200/2119419123929" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 2.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 2.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_SCHEMA_DMA_8B_CG", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": false }, "completion_change_percent": 65.83912934091884, "nominal_model_source_sha256s": [ "2f4fb4d2ea5c059b3627647065c7a53e4356675c9a59c3cc59b40f38de1005da" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D031", "name": "Smartphone application CPU kernel", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "integer_vector", "service": "Smartphone application CPU kernel: integer_vector finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant integer_vector on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D031_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "36850819/90000000000", "value": 0.00040945354444444444 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "36850819/90000000000", "value": 0.00040945354444444444 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "36850819/90000000000", "value": 0.00040945354444444444 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-211664312721/1250000000000000", "value": -0.0001693314501768 }, "saving_percent": -41.355473038230166, "saving_percent_exact": "-1904978814489/46063523750" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-3532970299/18000000000000", "value": -0.00019627612772222223 }, "saving_percent": -47.93611641304363, "saving_percent_exact": "-3532970299/73701638" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D032", "name": "Smartphone modem PA electronics", "technical_family": "RF", "reference_kind": "rf_polynomial", "task_variant": "modem_pa_memory", "service": "Smartphone modem PA electronics: modem_pa_memory finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind rf_polynomial and task_variant modem_pa_memory on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Input waveform and accepted EVM/ACLR/spectral thresholds at exact reference plane", "PA/regulator transfer and loss maps across voltage, load, temperature and frequency", "Causal forward/inverse model coefficients, lag/order/state history, numeric precision and observation chain", "Proof that omitted regulator is removable while retained protection/headroom/stability constraints hold", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D032_R7_R7", "status": "not_comparable", "selected": { "candidate_id": "B8_RF_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "97072289/75000000000", "value": 0.0012942971866666667 } }, "strong_ordinary": null, "legacy_ordinary": null, "selected_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "selected_vs_legacy": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_hybrid_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 1.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 1.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D033", "name": "Phone camera image pipeline", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "image_convolution", "service": "Phone camera image pipeline: image_convolution finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant image_convolution on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D033_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1165728299/900000000000", "value": 0.0012952536655555557 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1165728299/900000000000", "value": 0.0012952536655555557 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1165728299/900000000000", "value": 0.0012952536655555557 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1613906096647/7500000000000000", "value": -0.00021518747955293335 }, "saving_percent": -16.613539515492196, "saving_percent_exact": "-4841718289941/291432074750" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1294422862831/5625000000000000", "value": -0.00023011962005884445 }, "saving_percent": -17.766374740205222, "saving_percent_exact": "-24194819866/1361832125" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.033, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D034", "name": "Mobile GPU frame scheduling", "technical_family": "THERM", "reference_kind": "thermal_schedule", "task_variant": "frame_schedule", "service": "Mobile GPU frame scheduling: frame_schedule finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind thermal_schedule and task_variant frame_schedule on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual useful-work trace and numerical deadline/quality contract", "Calibrated thermal network, environment and initial temperature for this application", "Allowed idle/slack, later workload, fan/pump/conversion and control energy", "Final thermal/storage state and recovery policy for repeated work", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D034_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "10975842107/150000000000", "value": 0.07317228071333333 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "10975842107/150000000000", "value": 0.07317228071333333 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "8232438763/112500000000", "value": 0.07317723344888889 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "2228731/450000000000", "value": 4.952735555555556e-06 }, "saving_percent": 0.006768137195313383, "saving_percent_exact": "55718275/8232438763" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-153787549/45000000000000", "value": -3.4175010888888887e-06 }, "saving_percent": -0.004670485948466764, "saving_percent_exact": "-153787549/32927526321" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.016, "common_load_W": 4.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 4.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D035", "name": "Mobile neural-network inference", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "quantized_dense", "service": "Mobile neural-network inference: quantized_dense finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant quantized_dense on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D035_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "176946943/450000000000", "value": 0.0003932154288888889 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "176946943/450000000000", "value": 0.0003932154288888889 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "176946943/450000000000", "value": 0.0003932154288888889 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-285649400167/1875000000000000", "value": -0.00015234634675573332 }, "saving_percent": -38.74373576495187, "saving_percent_exact": "-856948200501/22118367875" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-248833258487/1500000000000000", "value": -0.00016588883899133332 }, "saving_percent": -42.1877746405034, "saving_percent_exact": "-746499775461/17694694300" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D036", "name": "GNSS receiver-side computation", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "correlation", "service": "GNSS receiver-side computation: correlation finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant correlation on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D036_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "59524069/75000000000", "value": 0.0007936542533333333 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "59524069/75000000000", "value": 0.0007936542533333333 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "59524069/75000000000", "value": 0.0007936542533333333 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-23375975549/125000000000000", "value": -0.000187007804392 }, "saving_percent": -23.56288063808272, "saving_percent_exact": "-3049040289/129400150" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-462585311653/2250000000000000", "value": -0.0002055934718457778 }, "saving_percent": -25.904664528954385, "saving_percent_exact": "-462585311653/17857220700" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.02, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D037", "name": "Wearable sensor hub", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "wearable_events", "service": "Wearable sensor hub: wearable_events finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant wearable_events on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D037_R7_R7", "status": "saving", "selected": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "41973568939/3000000000000", "value": 0.013991189646333333 } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_META_RAW_R3REC_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "10506439273/750000000000", "value": 0.014008585697333334 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1585927529/112500000000", "value": 0.014097133591111111 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "17396051/1000000000000", "value": 1.7396051e-05 }, "saving_percent": 0.12418135117888099, "saving_percent_exact": "1304703825/10506439273" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "953495503/9000000000000", "value": 0.00010594394477777778 }, "saving_percent": 0.7515282741207779, "saving_percent_exact": "4767477515/6343710116" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "17396051/1000000000000", "value": 1.7396051e-05 }, "saving_percent": 0.12418135117888099, "saving_percent_exact": "1304703825/10506439273" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "17396051/1000000000000", "value": 1.7396051e-05 }, "saving_percent": 0.12418135117888099, "saving_percent_exact": "1304703825/10506439273" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.045, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.01 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_CPU_FIXED_100MB", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": true, "implementation_revision": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "storage_kind": "bounded_lookahead_block_dictionary", "legacy_source_candidate": "H_G7_COMPACT_D5_STREAM_CG", "generic_ordinary_access": true }, "completion_change_percent": -28.701650961100576, "nominal_model_source_sha256s": [ "0317b0bb209ef234eaa55090b16836aec5b93411bebde91a3a6b26520d9e1c0e" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D038", "name": "Bluetooth audio DSP", "technical_family": "NONLIN", "reference_kind": "nonlinear_calibration", "task_variant": "audio_gain_calibration", "service": "Bluetooth audio DSP: audio_gain_calibration finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind nonlinear_calibration and task_variant audio_gain_calibration on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Exact source input/output sequences and admitted error/bandwidth/latency thresholds", "Coefficients, nonlinear basis, memory lags, state evolution, quantization and cross-memory terms", "Plant/reference model or calibrated held-out records for this specific named application", "Stable causal inverse and failure/saturation policy where inverse control is proposed", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D038_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "40011817/450000000000", "value": 8.891514888888889e-05 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "40011817/450000000000", "value": 8.891514888888889e-05 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "40011817/450000000000", "value": 8.891514888888889e-05 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-7251844417/90000000000000", "value": -8.057604907777778e-05 }, "saving_percent": -90.6212834198457, "saving_percent_exact": "-7251844417/80023634" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-7251844417/90000000000000", "value": -8.057604907777778e-05 }, "saving_percent": -90.6212834198457, "saving_percent_exact": "-7251844417/80023634" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 0.065, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.03 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D039", "name": "Low-power IoT sensor node", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "iot_threshold_events", "service": "Low-power IoT sensor node: iot_threshold_events finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant iot_threshold_events on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D039_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "10027232749/75000000000", "value": 0.13369643665333333 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "10027232749/75000000000", "value": 0.13369643665333333 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "10027232749/75000000000", "value": 0.13369643665333333 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-159310507/6000000000000", "value": -2.6551751166666666e-05 }, "saving_percent": -0.019859729871121196, "saving_percent_exact": "-796552535/40108930996" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-159310507/6000000000000", "value": -2.6551751166666666e-05 }, "saving_percent": -0.019859729871121196, "saving_percent_exact": "-796552535/40108930996" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.04, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.005 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D040", "name": "Phone battery-health estimator", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "battery_health_interval", "service": "Phone battery-health estimator: battery_health_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant battery_health_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D040_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381224637/112500000000", "value": 0.03894421899555556 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381224637/112500000000", "value": 0.03894421899555556 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381224637/112500000000", "value": 0.03894421899555556 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1770466616251/703125000000000", "value": -0.0025179969653347555 }, "saving_percent": -6.465650179355549, "saving_percent_exact": "-3540933232502/547653079625" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-18956883626521/7500000000000000", "value": -0.0025275844835361333 }, "saving_percent": -6.490268770891489, "saving_percent_exact": "-56870650879563/8762449274000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D041", "name": "Satellite communications PA breadboard", "technical_family": "RF", "reference_kind": "rf_polynomial", "task_variant": "satellite_bench_memory", "service": "Satellite communications PA breadboard: satellite_bench_memory finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind rf_polynomial and task_variant satellite_bench_memory on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Input waveform and accepted EVM/ACLR/spectral thresholds at exact reference plane", "PA/regulator transfer and loss maps across voltage, load, temperature and frequency", "Causal forward/inverse model coefficients, lag/order/state history, numeric precision and observation chain", "Proof that omitted regulator is removable while retained protection/headroom/stability constraints hold", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D041_R7_R7", "status": "not_comparable", "selected": { "candidate_id": "B8_RF_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1291216867/225000000000", "value": 0.005738741631111111 } }, "strong_ordinary": null, "legacy_ordinary": null, "selected_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "selected_vs_legacy": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_hybrid_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 5.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 5.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D042", "name": "Satellite flight-computer kernel", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "matrix_vector", "service": "Satellite flight-computer kernel: matrix_vector finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant matrix_vector on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D042_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "19654611/50000000000", "value": 0.00039309222 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "19654611/50000000000", "value": 0.00039309222 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "19654611/50000000000", "value": 0.00039309222 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-190063438689/1250000000000000", "value": -0.0001520507509512 }, "saving_percent": -38.680681838780735, "saving_percent_exact": "-63354479563/1637884250" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-745905088789/4500000000000000", "value": -0.00016575668639755555 }, "saving_percent": -42.16737904341011, "saving_percent_exact": "-745905088789/17689149900" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D043", "name": "Spacecraft payload telemetry reduction", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "payload_recording", "service": "Spacecraft payload telemetry reduction: payload_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant payload_recording on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D043_R7_R7", "status": "saving", "selected": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "64769136623/18000000000000", "value": 0.0035982853679444446 } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "64807641503/18000000000000", "value": 0.0036004245279444443 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "65310049481/18000000000000", "value": 0.0036283360822777777 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "53479/25000000000", "value": 2.13916e-06 }, "saving_percent": 0.05941410473673475, "saving_percent_exact": "3850488000/64807641503" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "90152143/3000000000000", "value": 3.0050714333333335e-05 }, "saving_percent": 0.82822301054505, "saving_percent_exact": "54091285800/65310049481" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "53479/25000000000", "value": 2.13916e-06 }, "saving_percent": 0.05941410473673475, "saving_percent_exact": "3850488000/64807641503" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "53479/25000000000", "value": 2.13916e-06 }, "saving_percent": 0.05941410473673475, "saving_percent_exact": "3850488000/64807641503" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.235, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.2 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_SCHEMA_DMA_1B_CG", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": false }, "completion_change_percent": 3.9539950513477473, "nominal_model_source_sha256s": [ "35821f68efd81c21fd24b1fbbd37ff7ee7b4fa8f58ac8cc77bd301c470d79706", "c17a21ceb4a928a605bf3802bbf0336fcea62718aaf0e5122e7472248e7ca35d", "7f06424f95cb6868e34d99fa25e31a3841364e0def804333c2565bf4f8898198" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D044", "name": "Satellite ground characterization/export", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "ground_export_interval", "service": "Satellite ground characterization/export: ground_export_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant ground_export_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D044_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "8762594209/225000000000", "value": 0.03894486315111111 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "8762594209/225000000000", "value": 0.03894486315111111 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "8762594209/225000000000", "value": 0.03894486315111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-3147579858387/1250000000000000", "value": -0.0025180638867096 }, "saving_percent": -6.465715072458173, "saving_percent_exact": "-28328218725483/4381297104500" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-28442362963631/11250000000000000", "value": -0.0025282100412116443 }, "saving_percent": -6.4917676855144215, "saving_percent_exact": "-28442362963631/4381297104500" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D045", "name": "Spacecraft power-conversion electronics", "technical_family": "POWER", "reference_kind": "power_control", "task_variant": "spacecraft_bus_duty", "service": "Spacecraft power-conversion electronics: spacecraft_bus_duty finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind power_control and task_variant spacecraft_bus_duty on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual regulated/protected service, rail ratings and complete source/load architecture", "Efficiency/auxiliary maps at matched load, waveform and temperature", "Transition, startup, fault/recovery and protected-load behavior", "Actual service horizon and initial/final storage state", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D045_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "32077644799/600000000000", "value": 0.05346274133166667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "32077644799/600000000000", "value": 0.05346274133166667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2673240527/50000000000", "value": 0.05346481054 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "49661/24000000000", "value": 2.0692083333333334e-06 }, "saving_percent": 0.0038702247561229895, "saving_percent_exact": "31038125/8019721581" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-6247651/22500000000000", "value": -2.776733777777778e-07 }, "saving_percent": -0.0005193773661084384, "saving_percent_exact": "-49981208/96232934397" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 48.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 48.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D046", "name": "Spacecraft thermal-work scheduler", "technical_family": "THERM", "reference_kind": "thermal_schedule", "task_variant": "spacecraft_jobs", "service": "Spacecraft thermal-work scheduler: spacecraft_jobs finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind thermal_schedule and task_variant spacecraft_jobs on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual useful-work trace and numerical deadline/quality contract", "Calibrated thermal network, environment and initial temperature for this application", "Allowed idle/slack, later workload, fan/pump/conversion and control energy", "Final thermal/storage state and recovery policy for repeated work", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D046_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "60576205759/45000000000", "value": 1.3461379057555556 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "60576205759/45000000000", "value": 1.3461379057555556 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "60576205759/45000000000", "value": 1.3461379057555556 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4065637/900000000000", "value": -4.517374444444444e-06 }, "saving_percent": -0.0003355803610558718, "saving_percent_exact": "-20328185/60576205759" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-50390419/1800000000000", "value": -2.7994677222222223e-05 }, "saving_percent": -0.002079629219452777, "saving_percent_exact": "-251952095/121152411518" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 12.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 12.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D047", "name": "Ground-station passive receiver pipeline", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "ground_receiver_recording", "service": "Ground-station passive receiver pipeline: ground_receiver_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant ground_receiver_recording on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D047_R7_R7", "status": "tie", "selected": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "1763669633/140625000000", "value": 0.012541650723555555 } }, "strong_ordinary": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "1763669633/140625000000", "value": 0.012541650723555555 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "37656817739/3000000000000", "value": 0.012552272579666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "19119341/1800000000000", "value": 1.0621856111111111e-05 }, "saving_percent": 0.08462098033401041, "saving_percent_exact": "9559670500/112970453217" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-101/234375000", "value": -4.3093333333333333e-07 }, "saving_percent": -0.0034360176569417636, "saving_percent_exact": "-6060000/1763669633" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 1.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 1.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D048", "name": "Aircraft non-flight-critical compute", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "matrix_vector", "service": "Aircraft non-flight-critical compute: matrix_vector finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant matrix_vector on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D048_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "43991453/56250000000", "value": 0.0007820702755555555 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "43991453/56250000000", "value": 0.0007820702755555555 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "43991453/56250000000", "value": 0.0007820702755555555 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-659287816067/3750000000000000", "value": -0.00017581008428453333 }, "saving_percent": -22.48008775933134, "saving_percent_exact": "-1977863448201/87982906000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-853275788789/4500000000000000", "value": -0.0001896168419531111 }, "saving_percent": -24.245499142441375, "saving_percent_exact": "-853275788789/35193162400" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.02, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D049", "name": "UAV perception payload compute", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "image_convolution", "service": "UAV perception payload compute: image_convolution finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant image_convolution on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D049_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1165728299/900000000000", "value": 0.0012952536655555557 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1165728299/900000000000", "value": 0.0012952536655555557 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1165728299/900000000000", "value": 0.0012952536655555557 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1613906096647/7500000000000000", "value": -0.00021518747955293335 }, "saving_percent": -16.613539515492196, "saving_percent_exact": "-4841718289941/291432074750" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1294422862831/5625000000000000", "value": -0.00023011962005884445 }, "saving_percent": -17.766374740205222, "saving_percent_exact": "-24194819866/1361832125" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.033, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D050", "name": "Airframe health-data reduction", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "airframe_health_events", "service": "Airframe health-data reduction: airframe_health_events finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant airframe_health_events on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D050_R7_R7", "status": "saving", "selected": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "432975218411/18000000000000", "value": 0.02405417880061111 } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "433521115673/18000000000000", "value": 0.02408450642627778 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "364519387/15000000000", "value": 0.024301292466666666 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.12592172382481226, "saving_percent_exact": "54589726200/433521115673" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "4448045989/18000000000000", "value": 0.0002471136660555556 }, "saving_percent": 1.0168745814425868, "saving_percent_exact": "4448045989/4374232644" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.12592172382481226, "saving_percent_exact": "54589726200/433521115673" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.12592172382481226, "saving_percent_exact": "54589726200/433521115673" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.135, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.1 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_CPU_FIXED_100MB", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": true, "implementation_revision": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "storage_kind": "bounded_lookahead_block_dictionary", "legacy_source_candidate": "H_G7_COMPACT_D5_STREAM_CG", "generic_ordinary_access": true }, "completion_change_percent": 4.065973690327795, "nominal_model_source_sha256s": [ "2ea1fe482531d2cd004db8a0acbef1b4a307f6397beb049521bd7f1bed98d2d6" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D051", "name": "Pacemaker sensing/diagnostic logic research", "technical_family": "MED", "reference_kind": "medical", "task_variant": "pacemaker_events", "service": "Pacemaker sensing/diagnostic logic research: pacemaker_events finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind medical and task_variant pacemaker_events on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Frozen nonclinical reference algorithm, input replay, prescribed accepted output and fault response", "Domain thresholds and held-out subject/session splits where applicable", "Actual kernel graph, energy share and target power model; historical timing coefficient is not energy calibration", "Prescribed schedule and state/reset/continuity semantics preserved by software change", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D051_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "92723017/225000000000", "value": 0.00041210229777777777 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "92723017/225000000000", "value": 0.00041210229777777777 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "92723017/225000000000", "value": 0.00041210229777777777 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1794023362943/11250000000000000", "value": -0.0001594687433727111 }, "saving_percent": -38.69639752863089, "saving_percent_exact": "-1794023362943/46361508500" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-703261158407/3750000000000000", "value": -0.00018753630890853333 }, "saving_percent": -45.507222337707155, "saving_percent_exact": "-2109783475221/46361508500" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.036, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.001 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D052", "name": "Implantable defibrillator detection research", "technical_family": "MED", "reference_kind": "medical", "task_variant": "defibrillator_energy", "service": "Implantable defibrillator detection research: defibrillator_energy finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind medical and task_variant defibrillator_energy on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Frozen nonclinical reference algorithm, input replay, prescribed accepted output and fault response", "Domain thresholds and held-out subject/session splits where applicable", "Actual kernel graph, energy share and target power model; historical timing coefficient is not energy calibration", "Prescribed schedule and state/reset/continuity semantics preserved by software change", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D052_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "194306951/450000000000", "value": 0.00043179322444444445 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "194306951/450000000000", "value": 0.00043179322444444445 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "194306951/450000000000", "value": 0.00043179322444444445 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-231157835263/1406250000000000", "value": -0.0001643789050759111 }, "saving_percent": -38.068894037743405, "saving_percent_exact": "-924631341052/24288368875" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4325855344051/22500000000000000", "value": -0.00019226023751337779 }, "saving_percent": -44.52599684970611, "saving_percent_exact": "-4325855344051/97153475500" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.037, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.002 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D053", "name": "Neurostimulator electronics modeling", "technical_family": "MED", "reference_kind": "medical", "task_variant": "neurostim_charge", "service": "Neurostimulator electronics modeling: neurostim_charge finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind medical and task_variant neurostim_charge on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Frozen nonclinical reference algorithm, input replay, prescribed accepted output and fault response", "Domain thresholds and held-out subject/session splits where applicable", "Actual kernel graph, energy share and target power model; historical timing coefficient is not energy calibration", "Prescribed schedule and state/reset/continuity semantics preserved by software change", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D053_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "23794841/450000000000", "value": 5.2877424444444444e-05 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "23794841/450000000000", "value": 5.2877424444444444e-05 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "23794841/450000000000", "value": 5.2877424444444444e-05 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-151515379/1800000000000", "value": -8.417521055555556e-05 }, "saving_percent": -159.18931649932017, "saving_percent_exact": "-3787884475/23794841" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1529322667/18000000000000", "value": -8.496237038888889e-05 }, "saving_percent": -160.67796660208825, "saving_percent_exact": "-7646613335/47589682" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 0.038, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.003 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D054", "name": "Cochlear-implant sound processing", "technical_family": "MED", "reference_kind": "medical", "task_variant": "cochlear_bands", "service": "Cochlear-implant sound processing: cochlear_bands finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind medical and task_variant cochlear_bands on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Frozen nonclinical reference algorithm, input replay, prescribed accepted output and fault response", "Domain thresholds and held-out subject/session splits where applicable", "Actual kernel graph, energy share and target power model; historical timing coefficient is not energy calibration", "Prescribed schedule and state/reset/continuity semantics preserved by software change", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D054_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "3293389/60000000000", "value": 5.488981666666667e-05 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "3293389/60000000000", "value": 5.488981666666667e-05 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "3293389/60000000000", "value": 5.488981666666667e-05 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-2462588867/30000000000000", "value": -8.208629556666667e-05 }, "saving_percent": -149.54740341939564, "saving_percent_exact": "-2462588867/16466945" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-2462588867/30000000000000", "value": -8.208629556666667e-05 }, "saving_percent": -149.54740341939564, "saving_percent_exact": "-2462588867/16466945" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 0.04, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.005 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D055", "name": "Wearable ECG algorithm evaluation", "technical_family": "MED", "reference_kind": "medical", "task_variant": "ecg_filter", "service": "Wearable ECG algorithm evaluation: ecg_filter finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind medical and task_variant ecg_filter on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Frozen nonclinical reference algorithm, input replay, prescribed accepted output and fault response", "Domain thresholds and held-out subject/session splits where applicable", "Actual kernel graph, energy share and target power model; historical timing coefficient is not energy calibration", "Prescribed schedule and state/reset/continuity semantics preserved by software change", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D055_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "47547481/90000000000", "value": 0.0005283053444444444 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "47547481/90000000000", "value": 0.0005283053444444444 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "47547481/90000000000", "value": 0.0005283053444444444 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-397768317067/2250000000000000", "value": -0.00017678591869644443 }, "saving_percent": -33.462829887202645, "saving_percent_exact": "-397768317067/11886870250" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-8932066922903/45000000000000000", "value": -0.0001984903760645111 }, "saving_percent": -37.57114671501946, "saving_percent_exact": "-8932066922903/237737405000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.045, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.01 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D056", "name": "Ultrasound image reconstruction", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "delay_sum", "service": "Ultrasound image reconstruction: delay_sum finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant delay_sum on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D056_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4659469/3600000000", "value": 0.0012942969444444444 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4659469/3600000000", "value": 0.0012942969444444444 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4659469/3600000000", "value": 0.0012942969444444444 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-47684448983/225000000000000", "value": -0.0002119308843688889 }, "saving_percent": -16.374208814952947, "saving_percent_exact": "-47684448983/2912168125" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-263195866553/1125000000000000", "value": -0.00023395188138044444 }, "saving_percent": -18.07559558760022, "saving_percent_exact": "-263195866553/14560840625" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.033, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D057", "name": "MRI reconstruction software", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "butterfly_transform", "service": "MRI reconstruction software: butterfly_transform finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant butterfly_transform on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D057_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "24425257/6250000000", "value": 0.00390804112 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "24425257/6250000000", "value": 0.00390804112 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "24425257/6250000000", "value": 0.00390804112 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-17012774658863/45000000000000000", "value": -0.00037806165908584445 }, "saving_percent": -9.673942711376702, "saving_percent_exact": "-17012774658863/1758618504000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-179838711251/450000000000000", "value": -0.0003996415805577778 }, "saving_percent": -10.226135505907312, "saving_percent_exact": "-179838711251/17586185040" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D058", "name": "CT reconstruction software", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "backprojection", "service": "CT reconstruction software: backprojection finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant backprojection on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D058_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "293075537/75000000000", "value": 0.003907673826666667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "293075537/75000000000", "value": 0.003907673826666667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "293075537/75000000000", "value": 0.003907673826666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-235749707457/625000000000000", "value": -0.0003771995319312 }, "saving_percent": -9.652789579240794, "saving_percent_exact": "-707249122371/73268884250" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4496460762877/11250000000000000", "value": -0.00039968540114462223 }, "saving_percent": -10.228218087627923, "saving_percent_exact": "-4496460762877/439613305500" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D059", "name": "Patient-monitor signal electronics", "technical_family": "MED", "reference_kind": "medical", "task_variant": "monitor_alarm", "service": "Patient-monitor signal electronics: monitor_alarm finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind medical and task_variant monitor_alarm on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Frozen nonclinical reference algorithm, input replay, prescribed accepted output and fault response", "Domain thresholds and held-out subject/session splits where applicable", "Actual kernel graph, energy share and target power model; historical timing coefficient is not energy calibration", "Prescribed schedule and state/reset/continuity semantics preserved by software change", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D059_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "340223017/225000000000", "value": 0.0015121022977777777 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "340223017/225000000000", "value": 0.0015121022977777777 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "340223017/225000000000", "value": 0.0015121022977777777 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1794023362943/11250000000000000", "value": -0.0001594687433727111 }, "saving_percent": -10.546161037323351, "saving_percent_exact": "-1794023362943/170111508500" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-703261158407/3750000000000000", "value": -0.00018753630890853333 }, "saving_percent": -12.402355924208385, "saving_percent_exact": "-2109783475221/170111508500" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.135, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.1 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D060", "name": "Infusion-pump engineering simulator", "technical_family": "MED", "reference_kind": "medical", "task_variant": "infusion_delivery", "service": "Infusion-pump engineering simulator: infusion_delivery finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind medical and task_variant infusion_delivery on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Frozen nonclinical reference algorithm, input replay, prescribed accepted output and fault response", "Domain thresholds and held-out subject/session splits where applicable", "Actual kernel graph, energy share and target power model; historical timing coefficient is not energy calibration", "Prescribed schedule and state/reset/continuity semantics preserved by software change", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D060_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "71649809/75000000000", "value": 0.0009553307866666667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "71649809/75000000000", "value": 0.0009553307866666667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "71649809/75000000000", "value": 0.0009553307866666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-293805226243/1875000000000000", "value": -0.00015669612066293335 }, "saving_percent": -16.402289432090463, "saving_percent_exact": "-293805226243/17912452250" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-796135685281/4500000000000000", "value": -0.00017691904117355555 }, "saving_percent": -18.51913951091854, "saving_percent_exact": "-796135685281/42989885400" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.085, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.05 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D061", "name": "Centrifugal-pump efficiency controller", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "pump_head", "service": "Centrifugal-pump efficiency controller: pump_head finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant pump_head on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D061_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "400770469733/600000000000", "value": 0.6679507828883333 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "400770469733/600000000000", "value": 0.6679507828883333 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "3131038129/4687500000", "value": 0.6679548008533334 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "803593/200000000000", "value": 4.017965e-06 }, "saving_percent": 0.0006015324681949921, "saving_percent_exact": "60269475/100193220128" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-22335217/5000000000000", "value": -4.4670434e-06 }, "saving_percent": -0.0006687683455783585, "saving_percent_exact": "-268022604/400770469733" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 60.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 60.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D062", "name": "Industrial blower control", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "blower_pressure", "service": "Industrial blower control: blower_pressure finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant blower_pressure on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D062_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "75288923503/225000000000", "value": 0.33461743779111114 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "75288923503/225000000000", "value": 0.33461743779111114 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "37644907621/112500000000", "value": 0.33462140107555555 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "891739/225000000000", "value": 3.963284444444445e-06 }, "saving_percent": 0.0011844085380389516, "saving_percent_exact": "44586950/37644907621" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-200966813/45000000000000", "value": -4.465929177777778e-06 }, "saving_percent": -0.0013346373121671223, "saving_percent_exact": "-200966813/150577847006" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 30.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 30.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D063", "name": "Process-chiller supervisory scheduling", "technical_family": "THERM", "reference_kind": "thermal_schedule", "task_variant": "chiller_jobs", "service": "Process-chiller supervisory scheduling: chiller_jobs finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind thermal_schedule and task_variant chiller_jobs on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual useful-work trace and numerical deadline/quality contract", "Calibrated thermal network, environment and initial temperature for this application", "Allowed idle/slack, later workload, fan/pump/conversion and control energy", "Final thermal/storage state and recovery policy for repeated work", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D063_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "50057619947/4500000000", "value": 11.123915543777779 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "50057619947/4500000000", "value": 11.123915543777779 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "50057619947/4500000000", "value": 11.123915543777779 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-113279/24000000000", "value": -4.719958333333333e-06 }, "saving_percent": -4.243072787417437e-05, "saving_percent_exact": "-8495925/200230479788" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-2412813877/90000000000000", "value": -2.680904307777778e-05 }, "saving_percent": -0.00024100365534304654, "saving_percent_exact": "-2412813877/10011523989400" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 100.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 100.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D064", "name": "Industrial robot joint electronics", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "robot_joint", "service": "Industrial robot joint electronics: robot_joint finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant robot_joint on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D064_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "4471012851/200000000000", "value": 0.022355064255 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "4471012851/200000000000", "value": 0.022355064255 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "503099791/22500000000", "value": 0.02235999071111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "8867621/1800000000000", "value": 4.926456111111111e-06 }, "saving_percent": 0.022032460454749027, "saving_percent_exact": "44338105/2012399164" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-23778907/15000000000000", "value": -1.5852604666666666e-06 }, "saving_percent": -0.007091281190623742, "saving_percent_exact": "-95115628/13413038553" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 20.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 20.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D065", "name": "Machine-vision inspection pipeline", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "image_convolution", "service": "Machine-vision inspection pipeline: image_convolution finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant image_convolution on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D065_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "60013517/150000000000", "value": 0.00040009011333333336 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "60013517/150000000000", "value": 0.00040009011333333336 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "60013517/150000000000", "value": 0.00040009011333333336 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1202969696647/7500000000000000", "value": -0.00016039595955293334 }, "saving_percent": -40.089958288796836, "saving_percent_exact": "-1202969696647/30006758500" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-327328179277/1875000000000000", "value": -0.00017457502894773334 }, "saving_percent": -43.633927240358204, "saving_percent_exact": "-327328179277/7501689625" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D066", "name": "Calibration laboratory allocation", "technical_family": "ALLOC", "reference_kind": "allocation", "task_variant": "calibration_budget", "service": "Calibration laboratory allocation: calibration_budget finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind allocation and task_variant calibration_budget on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Evidence that the named task cost is alpha/delta rather than inverse-square or another law", "Bindings from each alpha, weight and budget to the actual engineering error/effort limits", "Mandatory discrete coverage and certificate/rounding/exactness contract", "Named competent weighted allocator and complete pipeline costs", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D066_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-56175181237259/22500000000000000", "value": -0.0024966747216559554 }, "saving_percent": -6.401690321275858, "saving_percent_exact": "-56175181237259/8775054465000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-56175181237259/22500000000000000", "value": -0.0024966747216559554 }, "saving_percent": -6.401690321275858, "saving_percent_exact": "-56175181237259/8775054465000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D067", "name": "Precision-instrument drift correction", "technical_family": "NONLIN", "reference_kind": "nonlinear_calibration", "task_variant": "drift_polynomial", "service": "Precision-instrument drift correction: drift_polynomial finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind nonlinear_calibration and task_variant drift_polynomial on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Exact source input/output sequences and admitted error/bandwidth/latency thresholds", "Coefficients, nonlinear basis, memory lags, state evolution, quantization and cross-memory terms", "Plant/reference model or calibrated held-out records for this specific named application", "Stable causal inverse and failure/saturation policy where inverse control is proposed", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D067_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "22532239/1500000000", "value": 0.015021492666666667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "22532239/1500000000", "value": 0.015021492666666667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "22532239/1500000000", "value": 0.015021492666666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-136753895651/360000000000000", "value": -0.0003798719323638889 }, "saving_percent": -2.528856091690814, "saving_percent_exact": "-136753895651/54077373600" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-72529430617/180000000000000", "value": -0.00040294128120555556 }, "saving_percent": -2.68243170067712, "saving_percent_exact": "-72529430617/27038686800" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.135, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.1 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D068", "name": "Water-network leak analytics", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "leak_interval", "service": "Water-network leak analytics: leak_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant leak_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D068_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381402247/112500000000", "value": 0.03894579775111111 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381402247/112500000000", "value": 0.03894579775111111 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381402247/112500000000", "value": 0.03894579775111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-786900719539/312500000000000", "value": -0.0025180823025248 }, "saving_percent": -6.4656071975132665, "saving_percent_exact": "-7082106475851/1095350561750" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-632092276549/250000000000000", "value": -0.002528369106196 }, "saving_percent": -6.492020326182345, "saving_percent_exact": "-5688830488941/876280449400" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D069", "name": "Water UV-treatment dose verification", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "uv_dose_interval", "service": "Water UV-treatment dose verification: uv_dose_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant uv_dose_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D069_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "25219813421/56250000000", "value": 0.44835223859555556 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "25219813421/56250000000", "value": 0.44835223859555556 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "25219813421/56250000000", "value": 0.44835223859555556 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-469587358387/1250000000000000", "value": -0.0003756698867096 }, "saving_percent": -0.0837890065824964, "saving_percent_exact": "-183751575021/2193027254000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4399511128337/11250000000000000", "value": -0.0003910676558521778 }, "saving_percent": -0.08722330841420145, "saving_percent_exact": "-4399511128337/50439626842000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 4.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 4.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D070", "name": "Membrane-treatment health monitoring", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "membrane_interval", "service": "Membrane-treatment health monitoring: membrane_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant membrane_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D070_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "169587531403/75000000000", "value": 2.261167085373333 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "169587531403/75000000000", "value": 2.261167085373333 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "169587531403/75000000000", "value": 2.261167085373333 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-3147579858387/1250000000000000", "value": -0.0025180638867096 }, "saving_percent": -0.11136124804743704, "saving_percent_exact": "-200909352663/1804122674500" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-28442362963631/11250000000000000", "value": -0.0025282100412116443 }, "saving_percent": -0.11180996121718359, "saving_percent_exact": "-28442362963631/254381297104500" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 2.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 2.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D071", "name": "EV battery parameter estimation", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "ev_parameter_interval", "service": "EV battery parameter estimation: ev_parameter_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant ev_parameter_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D071_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "879313669/225000000000", "value": 0.003908060751111111 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "879313669/225000000000", "value": 0.003908060751111111 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "879313669/225000000000", "value": 0.003908060751111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-117402594539/312500000000000", "value": -0.0003756883025248 }, "saving_percent": -9.613164340344174, "saving_percent_exact": "-1056623350851/109914208625" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-8807033058803/22500000000000000", "value": -0.00039142369150235555 }, "saving_percent": -10.015803653796038, "saving_percent_exact": "-8807033058803/879313669000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D072", "name": "EV traction-inverter control", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "traction_phase", "service": "EV traction-inverter control: traction_phase finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant traction_phase on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D072_R7_R7", "status": "saving", "selected": { "candidate_id": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "1201578157093/45000000000000", "value": 0.026701736824288887 } }, "strong_ordinary": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "1201588826909/45000000000000", "value": 0.026701973931311112 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "200304862789/7500000000000", "value": 0.02670731503853333 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "1333727/5625000000000", "value": 2.3710702222222222e-07 }, "saving_percent": 0.0008879756336822245, "saving_percent_exact": "1066981600/1201588826909" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "251019641/45000000000000", "value": 5.578214244444445e-06 }, "saving_percent": 0.020886465885455698, "saving_percent_exact": "12550982050/600914588367" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "1333727/5625000000000", "value": 2.3710702222222222e-07 }, "saving_percent": 0.0008879756336822245, "saving_percent_exact": "1066981600/1201588826909" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "1333727/5625000000000", "value": 2.3710702222222222e-07 }, "saving_percent": 0.0008879756336822245, "saving_percent_exact": "1066981600/1201588826909" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.00025, "common_load_W": 96.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 96.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "body_candidate": "G7_LUT_SERIAL", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_SCHEMA_DMA_8B_CG", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": false }, "completion_change_percent": 37.738026543566065, "nominal_model_source_sha256s": [ "7f6f9d016968ec539322b19357d6e8921d31b89d9c889cd54243805204ada704" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D073", "name": "Onboard vehicle charger", "technical_family": "POWER", "reference_kind": "power_control", "task_variant": "onboard_charge_duty", "service": "Onboard vehicle charger: onboard_charge_duty finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind power_control and task_variant onboard_charge_duty on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual regulated/protected service, rail ratings and complete source/load architecture", "Efficiency/auxiliary maps at matched load, waveform and temperature", "Transition, startup, fault/recovery and protected-load behavior", "Actual service horizon and initial/final storage state", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D073_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "80077644799/600000000000", "value": 0.13346274133166666 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "80077644799/600000000000", "value": 0.13346274133166666 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "6673240527/50000000000", "value": 0.13346481054 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "49661/24000000000", "value": 2.0692083333333334e-06 }, "saving_percent": 0.0015503774552717642, "saving_percent_exact": "31038125/20019721581" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-6247651/22500000000000", "value": -2.776733777777778e-07 }, "saving_percent": -0.0002080531053140404, "saving_percent_exact": "-49981208/240232934397" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 120.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 120.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D074", "name": "DC fast-charger module", "technical_family": "POWER", "reference_kind": "power_control", "task_variant": "dc_charge_duty", "service": "DC fast-charger module: dc_charge_duty finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind power_control and task_variant dc_charge_duty on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual regulated/protected service, rail ratings and complete source/load architecture", "Efficiency/auxiliary maps at matched load, waveform and temperature", "Transition, startup, fault/recovery and protected-load behavior", "Actual service horizon and initial/final storage state", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D074_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "53359214933/200000000000", "value": 0.266796074665 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "53359214933/200000000000", "value": 0.266796074665 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "40019721581/150000000000", "value": 0.26679814387333334 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "49661/24000000000", "value": 2.0692083333333334e-06 }, "saving_percent": 0.0007755707379717465, "saving_percent_exact": "31038125/40019721581" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-6247651/22500000000000", "value": -2.776733777777778e-07 }, "saving_percent": -0.00010407701017581902, "saving_percent_exact": "-49981208/480232934397" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 240.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 240.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D075", "name": "Fleet battery-maintenance analytics", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "fleet_health_interval", "service": "Fleet battery-maintenance analytics: fleet_health_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant fleet_health_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D075_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381224637/112500000000", "value": 0.03894421899555556 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381224637/112500000000", "value": 0.03894421899555556 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381224637/112500000000", "value": 0.03894421899555556 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1770466616251/703125000000000", "value": -0.0025179969653347555 }, "saving_percent": -6.465650179355549, "saving_percent_exact": "-3540933232502/547653079625" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-18956883626521/7500000000000000", "value": -0.0025275844835361333 }, "saving_percent": -6.490268770891489, "saving_percent_exact": "-56870650879563/8762449274000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D076", "name": "Rail traction condition monitoring", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "rail_condition_events", "service": "Rail traction condition monitoring: rail_condition_events finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant rail_condition_events on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D076_R7_R7", "status": "saving", "selected": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "632975218411/18000000000000", "value": 0.03516528991172222 } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "633521115673/18000000000000", "value": 0.03519561753738889 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1593558161/45000000000", "value": 0.03541240357777778 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.08616875562546708, "saving_percent_exact": "54589726200/633521115673" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "4448045989/18000000000000", "value": 0.0002471136660555556 }, "saving_percent": 0.697816700052029, "saving_percent_exact": "4448045989/6374232644" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.08616875562546708, "saving_percent_exact": "54589726200/633521115673" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.08616875562546708, "saving_percent_exact": "54589726200/633521115673" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.235, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.2 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_CPU_FIXED_100MB", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": true, "implementation_revision": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "storage_kind": "bounded_lookahead_block_dictionary", "legacy_source_candidate": "H_G7_COMPACT_D5_STREAM_CG", "generic_ordinary_access": true }, "completion_change_percent": 4.065973690327795, "nominal_model_source_sha256s": [ "f2bc66065887d096cda2274b02e992d19eb2ce1dc125bda0836a3dee02574d2d" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D077", "name": "Marine propulsion condition system", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "marine_health_interval", "service": "Marine propulsion condition system: marine_health_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant marine_health_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D077_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381402247/112500000000", "value": 0.03894579775111111 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381402247/112500000000", "value": 0.03894579775111111 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4381402247/112500000000", "value": 0.03894579775111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-786900719539/312500000000000", "value": -0.0025180823025248 }, "saving_percent": -6.4656071975132665, "saving_percent_exact": "-7082106475851/1095350561750" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-56888527706731/22500000000000000", "value": -0.0025283790091880443 }, "saving_percent": -6.492045753808986, "saving_percent_exact": "-56888527706731/8762804494000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D078", "name": "Transit-bus HVAC scheduling", "technical_family": "THERM", "reference_kind": "thermal_schedule", "task_variant": "bus_hvac_jobs", "service": "Transit-bus HVAC scheduling: bus_hvac_jobs finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind thermal_schedule and task_variant bus_hvac_jobs on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual useful-work trace and numerical deadline/quality contract", "Calibrated thermal network, environment and initial temperature for this application", "Allowed idle/slack, later workload, fan/pump/conversion and control energy", "Final thermal/storage state and recovery policy for repeated work", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D078_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "750576252979/45000000000", "value": 16.67947228842222 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "750576252979/45000000000", "value": 16.67947228842222 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "750576252979/45000000000", "value": 16.67947228842222 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-93557/20000000000", "value": -4.67785e-06 }, "saving_percent": -2.80455515564905e-05, "saving_percent_exact": "-21050325/750576252979" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-146341491/5000000000000", "value": -2.92682982e-05 }, "saving_percent": -0.00017547496523805553, "saving_percent_exact": "-1317073419/7505762529790" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 150.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 150.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D079", "name": "Vehicle electronics thermal manager", "technical_family": "THERM", "reference_kind": "thermal_schedule", "task_variant": "vehicle_compute_jobs", "service": "Vehicle electronics thermal manager: vehicle_compute_jobs finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind thermal_schedule and task_variant vehicle_compute_jobs on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual useful-work trace and numerical deadline/quality contract", "Calibrated thermal network, environment and initial temperature for this application", "Allowed idle/slack, later workload, fan/pump/conversion and control energy", "Final thermal/storage state and recovery policy for repeated work", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D079_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "40388413367/300000000000", "value": 0.13462804455666666 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "40388413367/300000000000", "value": 0.13462804455666666 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4039009667/30000000000", "value": 0.13463365556666668 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "561101/100000000000", "value": 5.61101e-06 }, "saving_percent": 0.0041676131992283245, "saving_percent_exact": "16833030/4039009667" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-20732039/18000000000000", "value": -1.1517799444444443e-06 }, "saving_percent": -0.0008555275004084647, "saving_percent_exact": "-103660195/121165240101" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 12.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 12.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D080", "name": "Warehouse autonomous-robot energy model", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "robot_reserve_interval", "service": "Warehouse autonomous-robot energy model: robot_reserve_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant robot_reserve_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D080_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "250219813421/56250000000", "value": 4.448352238595556 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "250219813421/56250000000", "value": 4.448352238595556 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "250219813421/56250000000", "value": 4.448352238595556 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-469587358387/1250000000000000", "value": -0.0003756698867096 }, "saving_percent": -0.008445147024332933, "saving_percent_exact": "-4226286225483/500439626842000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-91656481619/234375000000000", "value": -0.00039106765490773334 }, "saving_percent": -0.008791292459142178, "saving_percent_exact": "-274969444857/31277476677625" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 40.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 40.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D081", "name": "FPGA exact-allocation accelerator", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "allocation_exact", "service": "FPGA exact-allocation accelerator: allocation_exact finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant allocation_exact on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D081_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "12470123/30000000000", "value": 0.00041567076666666666 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "12470123/30000000000", "value": 0.00041567076666666666 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "12470123/30000000000", "value": 0.00041567076666666666 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-112134492627/625000000000000", "value": -0.0001794151882032 }, "saving_percent": -43.16281119357043, "saving_percent_exact": "-336403477881/7793826875" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4078673200343/22500000000000000", "value": -0.0001812743644596889 }, "saving_percent": -43.61008254522162, "saving_percent_exact": "-4078673200343/93525922500" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D082", "name": "FPGA nonlinear-DSP export tool", "technical_family": "NONLIN", "reference_kind": "nonlinear_calibration", "task_variant": "nonlinear_export", "service": "FPGA nonlinear-DSP export tool: nonlinear_export finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind nonlinear_calibration and task_variant nonlinear_export on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Exact source input/output sequences and admitted error/bandwidth/latency thresholds", "Coefficients, nonlinear basis, memory lags, state evolution, quantization and cross-memory terms", "Plant/reference model or calibrated held-out records for this specific named application", "Stable causal inverse and failure/saturation policy where inverse control is proposed", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D082_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "295139/703125000", "value": 0.0004197532444444444 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "295139/703125000", "value": 0.0004197532444444444 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "295139/703125000", "value": 0.0004197532444444444 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-405895046737/2250000000000000", "value": -0.0001803977985497778 }, "saving_percent": -42.97710641606582, "saving_percent_exact": "-405895046737/9444448000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-3105908384093/15000000000000000", "value": -0.00020706055893953334 }, "saving_percent": -49.32911458816333, "saving_percent_exact": "-9317725152279/188888960000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D083", "name": "HPC simulation tolerance allocation", "technical_family": "ALLOC", "reference_kind": "allocation", "task_variant": "simulation_budget", "service": "HPC simulation tolerance allocation: simulation_budget finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind allocation and task_variant simulation_budget on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Evidence that the named task cost is alpha/delta rather than inverse-square or another law", "Bindings from each alpha, weight and budget to the actual engineering error/effort limits", "Mandatory discrete coverage and certificate/rounding/exactness contract", "Named competent weighted allocator and complete pipeline costs", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D083_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-56175181237259/22500000000000000", "value": -0.0024966747216559554 }, "saving_percent": -6.401690321275858, "saving_percent_exact": "-56175181237259/8775054465000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-56175181237259/22500000000000000", "value": -0.0024966747216559554 }, "saving_percent": -6.401690321275858, "saving_percent_exact": "-56175181237259/8775054465000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D084", "name": "Cloud exact-solver service", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "linear_solve", "service": "Cloud exact-solver service: linear_solve finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant linear_solve on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D084_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "35485981/90000000000", "value": 0.00039428867777777777 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "35485981/90000000000", "value": 0.00039428867777777777 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "35485981/90000000000", "value": 0.00039428867777777777 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-687661241851/4500000000000000", "value": -0.00015281360930022222 }, "saving_percent": -38.756783522540914, "saving_percent_exact": "-687661241851/17742990500" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1272484477111/7500000000000000", "value": -0.00016966459694813332 }, "saving_percent": -43.03055261550188, "saving_percent_exact": "-3817453431333/88714952500" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D085", "name": "Scientific DAQ trigger pipeline", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "daq_trigger_events", "service": "Scientific DAQ trigger pipeline: daq_trigger_events finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant daq_trigger_events on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D085_R7_R7", "status": "not_comparable", "selected": null, "strong_ordinary": null, "legacy_ordinary": null, "selected_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "selected_vs_legacy": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_hybrid_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "not_comparable", "saving_J": null, "saving_percent": null }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 0.535, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.5 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D086", "name": "Radio-astronomy correlator", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "correlation", "service": "Radio-astronomy correlator: correlation finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant correlation on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D086_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "12511907/30000000000", "value": 0.0004170635666666667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "12511907/30000000000", "value": 0.0004170635666666667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "12511907/30000000000", "value": 0.0004170635666666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-3977867570393/22500000000000000", "value": -0.0001767941142396889 }, "saving_percent": -42.39020820080158, "saving_percent_exact": "-3977867570393/93839302500" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-446595128393/2250000000000000", "value": -0.00019848672373022223 }, "saving_percent": -47.591479955107296, "saving_percent_exact": "-446595128393/9383930250" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D087", "name": "Particle-detector trigger firmware", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "threshold_count", "service": "Particle-detector trigger firmware: threshold_count finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant threshold_count on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D087_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4471039/75000000000", "value": 5.9613853333333337e-05 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4471039/75000000000", "value": 5.9613853333333337e-05 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "4471039/75000000000", "value": 5.9613853333333337e-05 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-7091189311/90000000000000", "value": -7.879099234444445e-05 }, "saving_percent": -132.16893043950932, "saving_percent_exact": "-7091189311/53652468" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-7091189311/90000000000000", "value": -7.879099234444445e-05 }, "saving_percent": -132.16893043950932, "saving_percent_exact": "-7091189311/53652468" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D088", "name": "Electron-microscope scan correction", "technical_family": "NONLIN", "reference_kind": "nonlinear_calibration", "task_variant": "scan_position_calibration", "service": "Electron-microscope scan correction: scan_position_calibration finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind nonlinear_calibration and task_variant scan_position_calibration on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Exact source input/output sequences and admitted error/bandwidth/latency thresholds", "Coefficients, nonlinear basis, memory lags, state evolution, quantization and cross-memory terms", "Plant/reference model or calibrated held-out records for this specific named application", "Stable causal inverse and failure/saturation policy where inverse control is proposed", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D088_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "268270817/45000000000", "value": 0.005961573711111111 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "268270817/45000000000", "value": 0.005961573711111111 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "268270817/45000000000", "value": 0.005961573711111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-59498471651/360000000000000", "value": -0.00016527353236388888 }, "saving_percent": -2.7723138280728463, "saving_percent_exact": "-59498471651/21461665360" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4177804056493/22500000000000000", "value": -0.00018568018028857777 }, "saving_percent": -3.11461686605517, "saving_percent_exact": "-4177804056493/1341354085000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.535, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.5 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D089", "name": "Atomic-force microscope motion control", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "afm_force", "service": "Atomic-force microscope motion control: afm_force finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant afm_force on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D089_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "4350427/45000000000", "value": 9.667615555555556e-05 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "4350427/45000000000", "value": 9.667615555555556e-05 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2287397/22500000000", "value": 0.00010166208888888889 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "74789/15000000000", "value": 4.985933333333333e-06 }, "saving_percent": 4.904417554101889, "saving_percent_exact": "11218350/2287397" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-220201/600000000000", "value": -3.6700166666666665e-07 }, "saving_percent": -0.3796196327394989, "saving_percent_exact": "-3303015/8700854" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.0005, "common_load_W": 0.085, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.05 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D090", "name": "Ultrasound nondestructive inspection", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "delay_sum", "service": "Ultrasound nondestructive inspection: delay_sum finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant delay_sum on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D090_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "89839151/225000000000", "value": 0.00039928511555555556 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "89839151/225000000000", "value": 0.00039928511555555556 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "89839151/225000000000", "value": 0.00039928511555555556 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-35347685983/225000000000000", "value": -0.00015710082659111112 }, "saving_percent": -39.345525407959386, "saving_percent_exact": "-35347685983/898391510" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-66820767601/375000000000000", "value": -0.00017818871360266667 }, "saving_percent": -44.62693615682098, "saving_percent_exact": "-200462302803/4491957550" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D091", "name": "Passive spectrum-scanning recorder", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "spectrum_recording", "service": "Passive spectrum-scanning recorder: spectrum_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant spectrum_recording on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D091_R7_R7", "status": "tie", "selected": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "1763669633/140625000000", "value": 0.012541650723555555 } }, "strong_ordinary": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "1763669633/140625000000", "value": 0.012541650723555555 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "37656817739/3000000000000", "value": 0.012552272579666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "19119341/1800000000000", "value": 1.0621856111111111e-05 }, "saving_percent": 0.08462098033401041, "saving_percent_exact": "9559670500/112970453217" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-101/234375000", "value": -4.3093333333333333e-07 }, "saving_percent": -0.0034360176569417636, "saving_percent_exact": "-6060000/1763669633" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 1.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 1.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D092", "name": "Direction-finding computation", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "covariance", "service": "Direction-finding computation: covariance finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant covariance on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D092_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "181780463/450000000000", "value": 0.00040395658444444447 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "181780463/450000000000", "value": 0.00040395658444444447 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "181780463/450000000000", "value": 0.00040395658444444447 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-908092845643/5625000000000000", "value": -0.0001614387281143111 }, "saving_percent": -39.964375957959795, "saving_percent_exact": "-908092845643/22722557875" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-983873264371/5625000000000000", "value": -0.00017491080255484446 }, "saving_percent": -43.29940624569759, "saving_percent_exact": "-983873264371/22722557875" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D093", "name": "Radar receiver processing", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "matched_filter", "service": "Radar receiver processing: matched_filter finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant matched_filter on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D093_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "19895621/300000000000", "value": 6.631873666666667e-05 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "19895621/300000000000", "value": 6.631873666666667e-05 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "19895621/300000000000", "value": 6.631873666666667e-05 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1300662871/18000000000000", "value": -7.225904838888888e-05 }, "saving_percent": -108.95721483972109, "saving_percent_exact": "-6503314355/59686863" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1300662871/18000000000000", "value": -7.225904838888888e-05 }, "saving_percent": -108.95721483972109, "saving_percent_exact": "-6503314355/59686863" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D094", "name": "Ionospheric radio measurement", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "ionosphere_interval", "service": "Ionospheric radio measurement: ionosphere_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant ionosphere_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D094_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2190718861/56250000000", "value": 0.03894611308444444 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2190718861/56250000000", "value": 0.03894611308444444 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "2190718861/56250000000", "value": 0.03894611308444444 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-11331719483047/4500000000000000", "value": -0.0025181598851215558 }, "saving_percent": -6.465754052687069, "saving_percent_exact": "-11331719483047/1752575088800" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-7586890635647/3000000000000000", "value": -0.002528963545215667 }, "saving_percent": -6.493494074061439, "saving_percent_exact": "-22760671906941/3505150177600" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D095", "name": "GNSS interference monitoring", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "gnss_anomaly_recording", "service": "GNSS interference monitoring: gnss_anomaly_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant gnss_anomaly_recording on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D095_R7_R7", "status": "saving", "selected": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "432975218411/18000000000000", "value": 0.02405417880061111 } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "433521115673/18000000000000", "value": 0.02408450642627778 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "364519387/15000000000", "value": 0.024301292466666666 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.12592172382481226, "saving_percent_exact": "54589726200/433521115673" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "4448045989/18000000000000", "value": 0.0002471136660555556 }, "saving_percent": 1.0168745814425868, "saving_percent_exact": "4448045989/4374232644" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.12592172382481226, "saving_percent_exact": "54589726200/433521115673" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.12592172382481226, "saving_percent_exact": "54589726200/433521115673" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.135, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.1 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_CPU_FIXED_100MB", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": true, "implementation_revision": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "storage_kind": "bounded_lookahead_block_dictionary", "legacy_source_candidate": "H_G7_COMPACT_D5_STREAM_CG", "generic_ordinary_access": true }, "completion_change_percent": 4.065973690327795, "nominal_model_source_sha256s": [ "8220032cdbf874ce3285a2704a4d72884a9aa6c0608d9c0809d4a1d0b9c0a827" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D096", "name": "EMC test-data analysis", "technical_family": "ALLOC", "reference_kind": "allocation", "task_variant": "emc_coverage_budget", "service": "EMC test-data analysis: emc_coverage_budget finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind allocation and task_variant emc_coverage_budget on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Evidence that the named task cost is alpha/delta rather than inverse-square or another law", "Bindings from each alpha, weight and budget to the actual engineering error/effort limits", "Mandatory discrete coverage and certificate/rounding/exactness contract", "Named competent weighted allocator and complete pipeline costs", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D096_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "585003631/15000000000", "value": 0.03900024206666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-56175181237259/22500000000000000", "value": -0.0024966747216559554 }, "saving_percent": -6.401690321275858, "saving_percent_exact": "-56175181237259/8775054465000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-56175181237259/22500000000000000", "value": -0.0024966747216559554 }, "saving_percent": -6.401690321275858, "saving_percent_exact": "-56175181237259/8775054465000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D097", "name": "Wireless coexistence engineering", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "coexistence_interval", "service": "Wireless coexistence engineering: coexistence_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant coexistence_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D097_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "219813421/56250000000", "value": 0.0039077941511111115 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "219813421/56250000000", "value": 0.0039077941511111115 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "219813421/56250000000", "value": 0.0039077941511111115 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-469587358387/1250000000000000", "value": -0.0003756698867096 }, "saving_percent": -9.613348917132317, "saving_percent_exact": "-4226286225483/439626842000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-549936178691/1406250000000000", "value": -0.00039106572706915554 }, "saving_percent": -10.007326689865765, "saving_percent_exact": "-549936178691/54953355250" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D098", "name": "Authorized passive monitoring workstation", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "passive_evidence_recording", "service": "Authorized passive monitoring workstation: passive_evidence_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant passive_evidence_recording on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D098_R7_R7", "status": "tie", "selected": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "1763669633/140625000000", "value": 0.012541650723555555 } }, "strong_ordinary": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "1763669633/140625000000", "value": 0.012541650723555555 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "37656817739/3000000000000", "value": 0.012552272579666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "19119341/1800000000000", "value": 1.0621856111111111e-05 }, "saving_percent": 0.08462098033401041, "saving_percent_exact": "9559670500/112970453217" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-101/234375000", "value": -4.3093333333333333e-07 }, "saving_percent": -0.0034360176569417636, "saving_percent_exact": "-6060000/1763669633" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 1.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 1.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D099", "name": "Public-safety radio evidence recorder", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "radio_evidence_recording", "service": "Public-safety radio evidence recorder: radio_evidence_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant radio_evidence_recording on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D099_R7_R7", "status": "saving", "selected": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "124769136623/18000000000000", "value": 0.006931618701277778 } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "124807641503/18000000000000", "value": 0.006933757861277778 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "125310049481/18000000000000", "value": 0.006961669415611111 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "53479/25000000000", "value": 2.13916e-06 }, "saving_percent": 0.03085138020100673, "saving_percent_exact": "3850488000/124807641503" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "90152143/3000000000000", "value": 3.0050714333333335e-05 }, "saving_percent": 0.43165959972110246, "saving_percent_exact": "54091285800/125310049481" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "53479/25000000000", "value": 2.13916e-06 }, "saving_percent": 0.03085138020100673, "saving_percent_exact": "3850488000/124807641503" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "53479/25000000000", "value": 2.13916e-06 }, "saving_percent": 0.03085138020100673, "saving_percent_exact": "3850488000/124807641503" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.535, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.5 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_SCHEMA_DMA_1B_CG", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": false }, "completion_change_percent": 3.9539950513477473, "nominal_model_source_sha256s": [ "3544248b4ca38b19bd45b8df1b3288f53b0c3beef992064f02fb6969b650fd70", "eb1a8e624b2a989db28344b18a0881e250fe02ed577a97842bccd3606c143ddd", "a7c8f5c5f205afd92fcace84adc6d26832feba90dbade1479f7e3824517748ec" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D100", "name": "Receiver front-end calibration", "technical_family": "NONLIN", "reference_kind": "nonlinear_calibration", "task_variant": "receiver_gain_calibration", "service": "Receiver front-end calibration: receiver_gain_calibration finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind nonlinear_calibration and task_variant receiver_gain_calibration on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Exact source input/output sequences and admitted error/bandwidth/latency thresholds", "Coefficients, nonlinear basis, memory lags, state evolution, quantization and cross-memory terms", "Plant/reference model or calibrated held-out records for this specific named application", "Stable causal inverse and failure/saturation policy where inverse control is proposed", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D100_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "118270817/45000000000", "value": 0.002628240377777778 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "118270817/45000000000", "value": 0.002628240377777778 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "118270817/45000000000", "value": 0.002628240377777778 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-59498471651/360000000000000", "value": -0.00016527353236388888 }, "saving_percent": -6.288372013507779, "saving_percent_exact": "-59498471651/9461665360" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4177804056493/22500000000000000", "value": -0.00018568018028857777 }, "saving_percent": -7.064809667279123, "saving_percent_exact": "-4177804056493/591354085000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.235, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.2 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D101", "name": "Hearing-assistance audio research", "technical_family": "NONLIN", "reference_kind": "nonlinear_calibration", "task_variant": "hearing_audio_calibration", "service": "Hearing-assistance audio research: hearing_audio_calibration finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind nonlinear_calibration and task_variant hearing_audio_calibration on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Exact source input/output sequences and admitted error/bandwidth/latency thresholds", "Coefficients, nonlinear basis, memory lags, state evolution, quantization and cross-memory terms", "Plant/reference model or calibrated held-out records for this specific named application", "Stable causal inverse and failure/saturation policy where inverse control is proposed", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D101_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "10003939/150000000000", "value": 6.669292666666666e-05 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "10003939/150000000000", "value": 6.669292666666666e-05 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "10003939/150000000000", "value": 6.669292666666666e-05 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-7251844417/90000000000000", "value": -8.057604907777778e-05 }, "saving_percent": -120.81648400361765, "saving_percent_exact": "-7251844417/60023634" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-7251844417/90000000000000", "value": -8.057604907777778e-05 }, "saving_percent": -120.81648400361765, "saving_percent_exact": "-7251844417/60023634" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 0.045, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.01 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D102", "name": "Loudspeaker amplifier predistortion", "technical_family": "NONLIN", "reference_kind": "nonlinear_calibration", "task_variant": "speaker_predistortion", "service": "Loudspeaker amplifier predistortion: speaker_predistortion finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind nonlinear_calibration and task_variant speaker_predistortion on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Exact source input/output sequences and admitted error/bandwidth/latency thresholds", "Coefficients, nonlinear basis, memory lags, state evolution, quantization and cross-memory terms", "Plant/reference model or calibrated held-out records for this specific named application", "Stable causal inverse and failure/saturation policy where inverse control is proposed", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D102_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "343672129/150000000000", "value": 0.0022911475266666668 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "343672129/150000000000", "value": 0.0022911475266666668 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "343672129/150000000000", "value": 0.0022911475266666668 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-6282263813/90000000000000", "value": -6.980293125555556e-05 }, "saving_percent": -3.0466362572954915, "saving_percent_exact": "-6282263813/2062032774" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-6282263813/90000000000000", "value": -6.980293125555556e-05 }, "saving_percent": -3.0466362572954915, "saving_percent_exact": "-6282263813/2062032774" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 2.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 2.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D103", "name": "Microphone-array processing", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "delay_sum", "service": "Microphone-array processing: delay_sum finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant delay_sum on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D103_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "22078393/450000000000", "value": 4.9063095555555555e-05 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "22078393/450000000000", "value": 4.9063095555555555e-05 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "22078393/450000000000", "value": 4.9063095555555555e-05 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-76147973/900000000000", "value": -8.460885888888888e-05 }, "saving_percent": -172.4490840433903, "saving_percent_exact": "-3807398650/22078393" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-2569800823/30000000000000", "value": -8.566002743333333e-05 }, "saving_percent": -174.5915671715781, "saving_percent_exact": "-7709402469/44156786" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.001, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D104", "name": "Smart-meter digital electronics", "technical_family": "MED", "reference_kind": "medical", "task_variant": "meter_energy", "service": "Smart-meter digital electronics: meter_energy finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind medical and task_variant meter_energy on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Frozen nonclinical reference algorithm, input replay, prescribed accepted output and fault response", "Domain thresholds and held-out subject/session splits where applicable", "Actual kernel graph, energy share and target power model; historical timing coefficient is not energy calibration", "Prescribed schedule and state/reset/continuity semantics preserved by software change", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D104_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1184306951/450000000000", "value": 0.0026317932244444443 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1184306951/450000000000", "value": 0.0026317932244444443 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1184306951/450000000000", "value": 0.0026317932244444443 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-231157835263/1406250000000000", "value": -0.0001643789050759111 }, "saving_percent": -6.245889819501701, "saving_percent_exact": "-924631341052/148038368875" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4325855344051/22500000000000000", "value": -0.00019226023751337779 }, "saving_percent": -7.3052941898185315, "saving_percent_exact": "-4325855344051/592153475500" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.235, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.2 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D105", "name": "Heat-pump supervisory control", "technical_family": "THERM", "reference_kind": "thermal_schedule", "task_variant": "heat_pump_jobs", "service": "Heat-pump supervisory control: heat_pump_jobs finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind thermal_schedule and task_variant heat_pump_jobs on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual useful-work trace and numerical deadline/quality contract", "Calibrated thermal network, environment and initial temperature for this application", "Allowed idle/slack, later workload, fan/pump/conversion and control energy", "Final thermal/storage state and recovery policy for repeated work", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D105_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "500288127857/22500000000", "value": 22.235027904755555 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "500288127857/22500000000", "value": 22.235027904755555 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "500288127857/22500000000", "value": 22.235027904755555 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-8509001/1800000000000", "value": -4.727222777777778e-06 }, "saving_percent": -2.1260251158788672e-05, "saving_percent_exact": "-42545005/2001152511428" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-661059079/22500000000000", "value": -2.938040351111111e-05 }, "saving_percent": -0.0001321356718640651, "saving_percent_exact": "-661059079/5002881278570" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 200.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 200.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D106", "name": "Cold-storage temperature scheduling", "technical_family": "THERM", "reference_kind": "thermal_schedule", "task_variant": "cold_store_jobs", "service": "Cold-storage temperature scheduling: cold_store_jobs finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind thermal_schedule and task_variant cold_store_jobs on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual useful-work trace and numerical deadline/quality contract", "Calibrated thermal network, environment and initial temperature for this application", "Allowed idle/slack, later workload, fan/pump/conversion and control energy", "Final thermal/storage state and recovery policy for repeated work", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D106_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "16685874941/1500000000", "value": 11.123916627333333 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "16685874941/1500000000", "value": 11.123916627333333 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "16685874941/1500000000", "value": 11.123916627333333 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-2840987/600000000000", "value": -4.734978333333333e-06 }, "saving_percent": -4.256574812596757e-05, "saving_percent_exact": "-2840987/66743499764" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-170249041/6000000000000", "value": -2.8374840166666666e-05 }, "saving_percent": -0.0002550795831833629, "saving_percent_exact": "-170249041/667434997640" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 100.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 100.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D107", "name": "Agricultural irrigation controller", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "soil_water_interval", "service": "Agricultural irrigation controller: soil_water_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant soil_water_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D107_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "56529176751/25000000000", "value": 2.26116707004 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "56529176751/25000000000", "value": 2.26116707004 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "56529176751/25000000000", "value": 2.26116707004 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-14164076533759/5625000000000000", "value": -0.0025180580504460446 }, "saving_percent": -0.11136099069413301, "saving_percent_exact": "-14164076533759/127190647689750" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-25281954427833/10000000000000000", "value": -0.0025281954427833 }, "saving_percent": -0.11180931636062506, "saving_percent_exact": "-2809106047537/25124078556000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 2.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 2.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D108", "name": "Greenhouse climate controller", "technical_family": "THERM", "reference_kind": "thermal_schedule", "task_variant": "greenhouse_jobs", "service": "Greenhouse climate controller: greenhouse_jobs finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind thermal_schedule and task_variant greenhouse_jobs on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual useful-work trace and numerical deadline/quality contract", "Calibrated thermal network, environment and initial temperature for this application", "Allowed idle/slack, later workload, fan/pump/conversion and control energy", "Final thermal/storage state and recovery policy for repeated work", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D108_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "400576207/45000000", "value": 8.901693488888888 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "400576207/45000000", "value": 8.901693488888888 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "400576207/45000000", "value": 8.901693488888888 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-2830471/600000000000", "value": -4.7174516666666665e-06 }, "saving_percent": -5.299499103799742e-05, "saving_percent_exact": "-8491413/160230482800" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-420555317/15000000000000", "value": -2.8037021133333333e-05 }, "saving_percent": -0.0003149627783559297, "saving_percent_exact": "-1261665951/4005762070000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 80.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 80.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D109", "name": "Building automation edge runtime", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "rule_runtime", "service": "Building automation edge runtime: rule_runtime finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant rule_runtime on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D109_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "146391007/37500000000", "value": 0.0039037601866666665 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "146391007/37500000000", "value": 0.0039037601866666665 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "146391007/37500000000", "value": 0.0039037601866666665 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-4210797862943/11250000000000000", "value": -0.0003742931433727111 }, "saving_percent": -9.588015796951698, "saving_percent_exact": "-601542551849/62739003000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1530256158407/3750000000000000", "value": -0.00040806830890853334 }, "saving_percent": -10.453211503675222, "saving_percent_exact": "-1530256158407/146391007000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D110", "name": "Data-center cooling supervisory model", "technical_family": "THERM", "reference_kind": "thermal_schedule", "task_variant": "data_center_jobs", "service": "Data-center cooling supervisory model: data_center_jobs finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind thermal_schedule and task_variant data_center_jobs on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Actual useful-work trace and numerical deadline/quality contract", "Calibrated thermal network, environment and initial temperature for this application", "Allowed idle/slack, later workload, fan/pump/conversion and control energy", "Final thermal/storage state and recovery policy for repeated work", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D110_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "1333721733919/300000000000", "value": 4.4457391130633335 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "1333721733919/300000000000", "value": 4.4457391130633335 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1000292562989/225000000000", "value": 4.4457447243955555 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "5050199/900000000000", "value": 5.611332222222222e-06 }, "saving_percent": 0.00012621804827053223, "saving_percent_exact": "126254975/1000292562989" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-21333641/18000000000000", "value": -1.1852022777777778e-06 }, "saving_percent": -2.665928538845625e-05, "saving_percent_exact": "-106668205/4001165201757" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 400.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 400.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D111", "name": "Constrained mission-computer support", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "matrix_vector", "service": "Constrained mission-computer support: matrix_vector finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant matrix_vector on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D111_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "19654611/50000000000", "value": 0.00039309222 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "19654611/50000000000", "value": 0.00039309222 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "19654611/50000000000", "value": 0.00039309222 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-190063438689/1250000000000000", "value": -0.0001520507509512 }, "saving_percent": -38.680681838780735, "saving_percent_exact": "-63354479563/1637884250" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-745905088789/4500000000000000", "value": -0.00016575668639755555 }, "saving_percent": -42.16737904341011, "saving_percent_exact": "-745905088789/17689149900" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D112", "name": "Authorized spoofing-program engineering support", "technical_family": "RESTRICTED", "reference_kind": "restricted", "task_variant": "offline_evidence_check", "service": "Authorized spoofing-program engineering support: offline_evidence_check finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind restricted and task_variant offline_evidence_check on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Sponsor-defined unclassified deliverable, ordinary baseline, acceptance and authorized information boundary", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D112_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1514517181/37500000000", "value": 0.04038712482666667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1514517181/37500000000", "value": 0.04038712482666667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1514517181/37500000000", "value": 0.04038712482666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-27818319938909/11250000000000000", "value": -0.0024727395501252442 }, "saving_percent": -6.122593674934128, "saving_percent_exact": "-27818319938909/4543551543000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-27818319938909/11250000000000000", "value": -0.0024727395501252442 }, "saving_percent": -6.122593674934128, "saving_percent_exact": "-27818319938909/4543551543000" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D113", "name": "Authorized jamming-program engineering support", "technical_family": "RESTRICTED", "reference_kind": "restricted", "task_variant": "offline_thermal_report", "service": "Authorized jamming-program engineering support: offline_thermal_report finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind restricted and task_variant offline_thermal_report on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Sponsor-defined unclassified deliverable, ordinary baseline, acceptance and authorized information boundary", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D113_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1462561627/37500000000", "value": 0.039001643386666666 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1462561627/37500000000", "value": 0.039001643386666666 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1462561627/37500000000", "value": 0.039001643386666666 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-57267430783817/22500000000000000", "value": -0.002545219145947422 }, "saving_percent": -6.525927947993971, "saving_percent_exact": "-57267430783817/8775369762000" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1194887538569/450000000000000", "value": -0.0026553056412644445 }, "saving_percent": -6.808189118954416, "saving_percent_exact": "-1194887538569/175507395240" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D114", "name": "QNUK random-token research", "technical_family": "SECURITY", "reference_kind": "security", "task_variant": "defensive_token_lifecycle", "service": "QNUK random-token research: defensive_token_lifecycle finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind security and task_variant defensive_token_lifecycle on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Exactly selected protocol/game/profile, primitive theorem and implementation assumptions", "Allowed adversary, lifecycle/authentication, finite parameters and named theorem-compatible baseline", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D114_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU_CACHE::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "27153209/45000000000", "value": 0.0006034046444444444 } }, "strong_ordinary": { "candidate_id": "O_CPU_CACHE::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "27153209/45000000000", "value": 0.0006034046444444444 } }, "legacy_ordinary": { "candidate_id": "O_CPU_CACHE::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "27153209/45000000000", "value": 0.0006034046444444444 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1300269507677/3750000000000000", "value": -0.00034673853538053334 }, "saving_percent": -57.46368354518982, "saving_percent_exact": "-3900808523031/67883022500" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1436283362123/2812500000000000", "value": -0.0005106785287548445 }, "saving_percent": -84.63284687260352, "saving_percent_exact": "-1436283362123/16970755625" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D115", "name": "Tamper-evident measurement workbench", "technical_family": "UNC", "reference_kind": "uncertainty", "task_variant": "measurement_audit_interval", "service": "Tamper-evident measurement workbench: measurement_audit_interval finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind uncertainty and task_variant measurement_audit_interval on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Named decision/contrast and exact data-to-output rule for the market task", "Admitted joint distribution/covariance or dependence model and uncertainty provenance", "Coverage/false-alert/abstention loss thresholds and held-out independent data", "Competent covariance-aware ordinary comparator implementing the same rule", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D115_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "8762251529/225000000000", "value": 0.038943340128888886 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "8762251529/225000000000", "value": 0.038943340128888886 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "8762251529/225000000000", "value": 0.038943340128888886 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-9442084213829/3750000000000000", "value": -0.0025178891236877334 }, "saving_percent": -6.465519175690625, "saving_percent_exact": "-28326252641487/4381125764500" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-1579633746459/625000000000000", "value": -0.0025274139943344 }, "saving_percent": -6.489977454346597, "saving_percent_exact": "-14216703718131/2190562882250" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 1.0, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D116", "name": "Hyperspectral remote-sensing reduction", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "hyperspectral_recording", "service": "Hyperspectral remote-sensing reduction: hyperspectral_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant hyperspectral_recording on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D116_R7_R7", "status": "tie", "selected": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "109157737/15625000000", "value": 0.006986095168 } }, "strong_ordinary": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "109157737/15625000000", "value": 0.006986095168 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "62970453217/9000000000000", "value": 0.006996717024111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "19119341/1800000000000", "value": 1.0621856111111111e-05 }, "saving_percent": 0.15181200089281233, "saving_percent_exact": "9559670500/62970453217" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-101/234375000", "value": -4.3093333333333333e-07 }, "saving_percent": -0.006168443500558585, "saving_percent_exact": "-2020000/327473211" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.535, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.5 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D117", "name": "Lidar point-cloud retention", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "lidar_recording", "service": "Lidar point-cloud retention: lidar_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant lidar_recording on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D117_R7_R7", "status": "tie", "selected": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "109157737/15625000000", "value": 0.006986095168 } }, "strong_ordinary": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "input_J": { "exact": "109157737/15625000000", "value": 0.006986095168 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "62970453217/9000000000000", "value": 0.006996717024111111 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "19119341/1800000000000", "value": 1.0621856111111111e-05 }, "saving_percent": 0.15181200089281233, "saving_percent_exact": "9559670500/62970453217" }, "forced_hybrid_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-101/234375000", "value": -4.3093333333333333e-07 }, "saving_percent": -0.006168443500558585, "saving_percent_exact": "-2020000/327473211" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.535, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.5 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D118", "name": "Seismic field-array data pipeline", "technical_family": "RETAIN", "reference_kind": "recorder_crc", "task_variant": "seismic_recording", "service": "Seismic field-array data pipeline: seismic_recording finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind recorder_crc and task_variant seismic_recording on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Runtime-visible event/retention policy and exact required output/raw-review horizon", "Input byte/arrival traces with events, pre/post-trigger context and metadata format", "Queue capacity, throughput, timestamps, continuity, wake/stall/retry and recovery semantics", "Cost placement before a real constrained data edge; exact accepted reduction and ordinary comparator", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D118_R7_R7", "status": "saving", "selected": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "632975218411/18000000000000", "value": 0.03516528991172222 } }, "strong_ordinary": { "candidate_id": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "633521115673/18000000000000", "value": 0.03519561753738889 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "1593558161/45000000000", "value": 0.03541240357777778 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.08616875562546708, "saving_percent_exact": "54589726200/633521115673" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "4448045989/18000000000000", "value": 0.0002471136660555556 }, "saving_percent": 0.697816700052029, "saving_percent_exact": "4448045989/6374232644" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.08616875562546708, "saving_percent_exact": "54589726200/633521115673" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "90982877/3000000000000", "value": 3.0327625666666665e-05 }, "saving_percent": 0.08616875562546708, "saving_percent_exact": "54589726200/633521115673" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.1, "common_load_W": 0.235, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.2 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "body_candidate": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_CPU_FIXED_100MB", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": true, "implementation_revision": "fi.r7.bounded_word_fifo_lookahead.r4.r1", "storage_kind": "bounded_lookahead_block_dictionary", "legacy_source_candidate": "H_G7_COMPACT_D5_STREAM_CG", "generic_ordinary_access": true }, "completion_change_percent": 4.065973690327795, "nominal_model_source_sha256s": [ "bf98ed647a115dff8a13ea893fe258ac4ea02b97a6341b3201808064fee9c302" ], "nominal_strong_baseline_uses_same_wrapper": true }, { "id": "D119", "name": "Archaeological ground-penetrating radar processing", "technical_family": "COMPUTE", "reference_kind": "compute", "task_variant": "matched_filter", "service": "Archaeological ground-penetrating radar processing: matched_filter finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind compute and task_variant matched_filter on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Executable named production/native reference and matching parsed input/output/certificate API", "Kernel graph, actual eligible structure, complete-task workload distribution and mandatory tails", "Target precision/overflow behavior, latency/deadline/fault contract and target resource costs", "Measured or declared conditional eligible fraction and overhead tied to this exact implementation", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D119_R7_R7", "status": "tie", "selected": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "12511907/30000000000", "value": 0.0004170635666666667 } }, "strong_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "12511907/30000000000", "value": 0.0004170635666666667 } }, "legacy_ordinary": { "candidate_id": "O_CPU::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "12511907/30000000000", "value": 0.0004170635666666667 } }, "selected_vs_strong": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "selected_vs_legacy": { "outcome": "tie", "saving_J": { "exact": "0", "value": 0.0 }, "saving_percent": 0.0, "saving_percent_exact": "0" }, "forced_hybrid_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-3977867570393/22500000000000000", "value": -0.0001767941142396889 }, "saving_percent": -42.39020820080158, "saving_percent_exact": "-3977867570393/93839302500" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "loss", "saving_J": { "exact": "-446595128393/2250000000000000", "value": -0.00019848672373022223 }, "saving_percent": -47.591479955107296, "saving_percent_exact": "-446595128393/9383930250" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.01, "common_load_W": 0.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 0.0 }, "supply_efficiency": 0.9, "integration_mode": "optional_accelerator", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit." }, { "id": "D120", "name": "Observatory adaptive-optics actuation", "technical_family": "ACT", "reference_kind": "actuator_command", "task_variant": "adaptive_optics", "service": "Observatory adaptive-optics actuation: adaptive_optics finite reference", "service_algorithm": "Execute the pinned R5 graph_kernel for kind actuator_command and task_variant adaptive_optics on each exact request below. Its complete output fields and terminal kernel state, followed by the outer public_job state, are the acceptance target. The pinned executable descriptor defines literal integer operations and constants.", "service_scope_gap": [ "Application-specific force/flow/torque/trajectory plant and accepted settling/stability constraints", "R(T), inductance/coenergy or relevant pump/motor/piezo constitutive maps", "Driver switching, mechanical work and all retained loss maps at equal service", "Controller state/history, safe fault behavior and recovery sequence", "Complete retained/removed/added/shared resource and energy ledger for the selected implementation, target and actual service horizon", "Exact per-market startup/reset/history/valid/fault/recovery witness and numerical acceptance thresholds" ], "reference_contract_id": "ASSUMED_REFERENCE_D120_R7_R7", "status": "saving", "selected": { "candidate_id": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "28118847091/45000000000000", "value": 0.0006248632686888889 } }, "strong_ordinary": { "candidate_id": "O_BALANCED::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "input_J": { "exact": "28141579937/45000000000000", "value": 0.0006253684430444444 } }, "legacy_ordinary": { "candidate_id": "O_BALANCED::W_CPU_FIXED_100MB::BODY_POLICY", "input_J": { "exact": "9454951379/15000000000000", "value": 0.0006303300919333334 } }, "selected_vs_strong": { "outcome": "saving", "saving_J": { "exact": "11366423/22500000000000", "value": 5.051743555555556e-07 }, "saving_percent": 0.0807802761994585, "saving_percent_exact": "2273284600/28141579937" }, "selected_vs_legacy": { "outcome": "saving", "saving_J": { "exact": "123003523/22500000000000", "value": 5.466823244444444e-06 }, "saving_percent": 0.8672952972428677, "saving_percent_exact": "24600704600/28364854137" }, "forced_hybrid_vs_strong": { "outcome": "saving", "saving_J": { "exact": "11366423/22500000000000", "value": 5.051743555555556e-07 }, "saving_percent": 0.0807802761994585, "saving_percent_exact": "2273284600/28141579937" }, "forced_G7_H_WIDTH_vs_strong": { "outcome": "saving", "saving_J": { "exact": "11366423/22500000000000", "value": 5.051743555555556e-07 }, "saving_percent": 0.0807802761994585, "saving_percent_exact": "2273284600/28141579937" }, "strict_robust": false, "tight_inclusive_robust": false, "operating_point": { "period_s": 0.0005, "common_load_W": 1.035, "common_load_components_W": { "common_host_control_W": 0.02, "common_memory_W": 0.005, "common_clock_sensor_W": 0.01, "plant_or_external_load_W": 1.0 }, "supply_efficiency": 0.9, "integration_mode": "existing_fabric", "deadline_fraction": 0.8, "idle_multiplier": 100, "recovery_replay_count": 1, "physical_coefficients_status": "New declared R5 design assumptions; not measured or calibrated article values.", "boundary": "One reference controller/processor, shared memory, sensor/clock rails and the stated unchanged external load; compute-specific increments and added resources are priced by the R5 common cost-law artifact.", "unchanged_load_service": "The stated reference rig/plant load is powered continuously for the entire declared scenario horizon, including long idle. It draws the same power for every candidate; useful physical service beyond the finite computational reference is not asserted.", "load_scale": "Finite emulated/reference operating point, not full rated equipment in this market.", "PV_boundary_note": null }, "commercial_product_mapping": null, "site_category_mapping": "No source join to nine website categories; any related-reference display must identify editorial inference, not calibrated commercial fit.", "bundle_metadata": { "candidate_id": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "body_candidate": "G7_LUT_SERIAL", "arch_source_candidate": "G7_LUT_SERIAL", "wrapper_id": "W_SCHEMA_DMA_8B_CG", "power_policy": "BODY_POLICY", "ordinary_control": false, "legacy_baseline_control": false, "G7_H_WIDTH_family": true, "hybrid": true, "codec_C_sensitive": false }, "completion_change_percent": 33.25481360098323, "nominal_model_source_sha256s": [ "6c23254b05a4714ad0762c737ec9802a3c6175b89bf30ee64930f747a0dfef24" ], "nominal_strong_baseline_uses_same_wrapper": true } ], "source_hashes": { "final_joint_matrix": "03ded40f54f01e7bdfc659cb0b0029b2277a49104a1c7b5c68817d3e4acdd3a8", "final_numeric_review": "a770ab650d99cce62bf460fbe252de5adee18c798b89dd368d73e57a14079f48", "final_closeout": "52d6ba7d95fd4600fa292e24bce862368ec1ed5149c4e574805a3a5e31fa8b75" }, "selection_policy_note": "The selected policy retains the eligible ordinary implementation when it is best. The100ties include ordinary fallbacks; these are not100newFIbenefits. Forced-method losses remain in each source row." }