{ "schema": "FI_CUMULATIVE_PRODUCT_WEBSITE_20261017_R1", "date": "17 October 2026", "scope": "Source-bound joint reference models, separate reviewed recorder design and existing conditional sensing/phone budgets. No cross-study percentage stacking or calibrated commercial-product result.", "counts": { "nominal_saving": 13, "nominal_tie": 100, "unmatched": 7, "strict_positive_robust": 0, "tight_inclusive_robust": 0 }, "selection_policy_note": "The selected policy retains the eligible ordinary implementation when it is best. The 100 ties include ordinary fallbacks; these are not 100 newFIbenefits. Forced-method losses remain in each source row.", "best_nominal": { "id": "D027", "name": "Low-power Wi-Fi client electronics", "family": "RF", "status": "saving", "saving_percent": 0.25625616468334644, "completion_change_percent": 51.491459519511174, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.003532720076788889, "selected_J": 0.0035236672638111113, "baseline_s": 0.0007201, "selected_s": 0.00109089, "worst_saving_percent": -0.4356175772414512, "bundle": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "ordinary_bundle": "O_BALANCED_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY" }, "sensor": { "low_percent": 3.25, "high_percent": 23.041666666666664, "ordinary_comparison": "Exact conventional planners match reading counts; the equal-count reference is weaker.", "losing_equal_noise_cases": 3 }, "phone": { "task_energy_share": 0.2, "whole_device_energy_reduction_percent": [ 0.65, 4.608333333333333 ], "same_battery_runtime_increase_percent": [ 0.6542526421741357, 4.830960076876045 ] }, "recorder": { "combined_before_B": 1453784064, "combined_after_B": 1163480256, "combined_saving_percent": 19.96883960890632, "same_bytes_removed": 290303808, "record_only_saving_percent": 25.1756804098, "write_saving_percent": 10.714285714285714, "read_saving_percent": 17.647058823529413, "checksum_step_saving_percent": 60, "comparison": "R23→R24 source-design arithmetic, equal full producer retention.", "full_original_service_qualified": false, "stacking_limit": "Recorder-only 25.18% and combined 19.97% are the same bytes removed with different denominators; never add them. Writes, reads and checksum are distinct axes." }, "finished_studies": [ { "id": "complete-job", "title": "Complete-job cumulative study", "outcome": "Finished bounded model review: all 120 references compared, with 13 nominal wins, 100 ties and 7 unmatched against the strongest tested ordinary controls. No strict robust or tight-inclusive positive-saving winner. Shared and added costs are counted in the joint ledger." }, { "id": "compiler", "title": "FPGA compiler study", "outcome": "New backend passed the declared finite/common-wrapper functional test: 7-cycle latency, 26,352 retired outputs and 7 reset drops. No new accepted mapped timing or power result. The earlier 2.82% active-power model remains conditional; the 0.71% device figure is only a 25%-share illustration." } ], "nominal_winners": [ { "id": "D027", "name": "Low-power Wi-Fi client electronics", "family": "RF", "status": "saving", "saving_percent": 0.25625616468334644, "completion_change_percent": 51.491459519511174, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.003532720076788889, "selected_J": 0.0035236672638111113, "baseline_s": 0.0007201, "selected_s": 0.00109089, "worst_saving_percent": -0.4356175772414512, "bundle": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "ordinary_bundle": "O_BALANCED_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY" }, { "id": "D050", "name": "Airframe health-data reduction", "family": "RETAIN", "status": "saving", "saving_percent": 0.12592172382481226, "completion_change_percent": 4.065973690327795, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.02408450642627778, "selected_J": 0.02405417880061111, "baseline_s": 0.00546339, "selected_s": 0.00568553, "worst_saving_percent": -1.1896135807086237, "bundle": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "ordinary_bundle": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY" }, { "id": "D095", "name": "GNSS interference monitoring", "family": "RETAIN", "status": "saving", "saving_percent": 0.12592172382481226, "completion_change_percent": 4.065973690327795, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.02408450642627778, "selected_J": 0.02405417880061111, "baseline_s": 0.00546339, "selected_s": 0.00568553, "worst_saving_percent": -1.1896135807086237, "bundle": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "ordinary_bundle": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY" }, { "id": "D037", "name": "Wearable sensor hub", "family": "RETAIN", "status": "saving", "saving_percent": 0.12418135117888099, "completion_change_percent": -28.701650961100576, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.014008585697333334, "selected_J": 0.013991189646333333, "baseline_s": 0.00399646, "selected_s": 0.00284941, "worst_saving_percent": -1.1895641240619936, "bundle": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "ordinary_bundle": "O_BALANCED_COMPACT_D5_META_RAW_R3REC_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY" }, { "id": "D076", "name": "Rail traction condition monitoring", "family": "RETAIN", "status": "saving", "saving_percent": 0.08616875562546708, "completion_change_percent": 4.065973690327795, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.03519561753738889, "selected_J": 0.03516528991172222, "baseline_s": 0.00546339, "selected_s": 0.00568553, "worst_saving_percent": -0.8152047788939257, "bundle": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "ordinary_bundle": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY" }, { "id": "D118", "name": "Seismic field-array data pipeline", "family": "RETAIN", "status": "saving", "saving_percent": 0.08616875562546708, "completion_change_percent": 4.065973690327795, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.03519561753738889, "selected_J": 0.03516528991172222, "baseline_s": 0.00546339, "selected_s": 0.00568553, "worst_saving_percent": -0.8152047788939257, "bundle": "H_G7_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY", "ordinary_bundle": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_CPU_FIXED_100MB::BODY_POLICY" }, { "id": "D120", "name": "Observatory adaptive-optics actuation", "family": "ACT", "status": "saving", "saving_percent": 0.0807802761994585, "completion_change_percent": 33.25481360098323, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.0006253684430444444, "selected_J": 0.0006248632686888889, "baseline_s": 9.764e-05, "selected_s": 0.00013011, "worst_saving_percent": -1.4746911339361697, "bundle": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "ordinary_bundle": "O_BALANCED::W_SCHEMA_DMA_8B_CG::BODY_POLICY" }, { "id": "D043", "name": "Spacecraft payload telemetry reduction", "family": "RETAIN", "status": "saving", "saving_percent": 0.05941410473673475, "completion_change_percent": 3.9539950513477473, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.0036004245279444443, "selected_J": 0.0035982853679444446, "baseline_s": 0.00548028, "selected_s": 0.00569697, "worst_saving_percent": -0.9802907072841, "bundle": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "ordinary_bundle": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY" }, { "id": "D099", "name": "Public-safety radio evidence recorder", "family": "RETAIN", "status": "saving", "saving_percent": 0.03085138020100673, "completion_change_percent": 3.9539950513477473, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.006933757861277778, "selected_J": 0.006931618701277778, "baseline_s": 0.00548028, "selected_s": 0.00569697, "worst_saving_percent": -0.5095339808664242, "bundle": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY", "ordinary_bundle": "O_BALANCED_COMPACT_D5_LOOKAHEAD_R4R1_BD32_STREAM_CG::W_SCHEMA_DMA_1B_CG::BODY_POLICY" }, { "id": "D030", "name": "RF instrument waveform linearization", "family": "RF", "status": "saving", "saving_percent": 0.030837730707477317, "completion_change_percent": 65.83912934091884, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.023549101376988887, "selected_J": 0.02354183936852222, "baseline_s": 0.00123217, "selected_s": 0.00204342, "worst_saving_percent": -0.09684226284417623, "bundle": "H_G7_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "ordinary_bundle": "O_BALANCED_COMPACT_D5_STREAM_CG::W_SCHEMA_DMA_8B_CG::BODY_POLICY" }, { "id": "D019", "name": "Magnetic-bearing controller model", "family": "ACT", "status": "saving", "saving_percent": 0.010292406557816144, "completion_change_percent": 43.009532455742146, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.002257524287177778, "selected_J": 0.0022572919336, "baseline_s": 8.812e-05, "selected_s": 0.00012602, "worst_saving_percent": -0.20218278303162987, "bundle": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "ordinary_bundle": "O_BALANCED::W_SCHEMA_DMA_8B_CG::BODY_POLICY" }, { "id": "D015", "name": "BLDC commutation controller", "family": "ACT", "status": "saving", "saving_percent": 0.0035438402618420527, "completion_change_percent": 37.366713027352816, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.006701969370522223, "selected_J": 0.006701731863433333, "baseline_s": 8.628e-05, "selected_s": 0.00011852, "worst_saving_percent": -0.06787738154224288, "bundle": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "ordinary_bundle": "O_BALANCED::W_SCHEMA_DMA_8B_CG::BODY_POLICY" }, { "id": "D072", "name": "EV traction-inverter control", "family": "ACT", "status": "saving", "saving_percent": 0.0008879756336822245, "completion_change_percent": 37.738026543566065, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false, "baseline_J": 0.026701973931311112, "selected_J": 0.026701736824288887, "baseline_s": 8.665e-05, "selected_s": 0.00011935, "worst_saving_percent": -0.017029213289638554, "bundle": "G7_LUT_SERIAL::W_SCHEMA_DMA_8B_CG::BODY_POLICY", "ordinary_bundle": "O_BALANCED::W_SCHEMA_DMA_8B_CG::BODY_POLICY" } ], "product_coverage": [ { "slug": "precision-sensing", "name": "Precision sensing", "priorities": "Quality, energy and reading cost", "budget": { "headline": "3.25–23.04% less modeled sensing energy", "scope": "Eight selected cases versus equal reading counts; readings use 50% of energy and planning costs 3%. Exact conventional planners match the reading counts. A ninth case saves 1.17%; three equal-noise cases use 3% more.", "status": "Conditional complete-sensing budget; not a calibrated product total." }, "joint_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference, not a source join or commercial calibration.", "related": [ { "id": "D120", "name": "Observatory adaptive-optics actuation", "family": "ACT", "status": "saving", "saving_percent": 0.0807802761994585, "completion_change_percent": 33.25481360098323, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "note": "Eight selected reading-plan cases save 3.25–23.04% modeled sensing energy versus equal counts after the added planning cost. Exact conventional planners match the reading counts. The separate actuation reference and FIR results have not been combined with this sensing budget." }, { "slug": "rugged-field-computing", "name": "Rugged field computers", "priorities": "Battery, weight, heat and deadlines", "budget": null, "joint_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference, not a source join or commercial calibration.", "related": [ { "id": "D118", "name": "Seismic field-array data pipeline", "family": "RETAIN", "status": "saving", "saving_percent": 0.08616875562546708, "completion_change_percent": 4.065973690327795, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "note": "A seismic data-pipeline reference saves 0.08617% nominal modeled job/device energy; this is a related field workload, not a Getac or complete rugged-laptop result." }, { "slug": "solar-control", "name": "Solar control", "priorities": "Housekeeping power, charge quality and protection", "budget": null, "joint_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference, not a source join or commercial calibration.", "related": [ { "id": "D001", "name": "Rooftop PV DC optimizer", "family": "PV", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D002", "name": "Utility string inverter", "family": "PV", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D003", "name": "Module microinverter", "family": "PV", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D004", "name": "PV shading and fault diagnosis", "family": "UNC", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D005", "name": "Hybrid PV-battery inverter", "family": "PV", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "note": "Solar references tie the strongest tested ordinary controls at the nominal point. The changes do not establish a controller, panel-generation or conversion-efficiency gain." }, { "slug": "spacecraft-computing", "name": "Orbital flight computing", "priorities": "Power, heat path, fault recovery and deadlines", "budget": null, "joint_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference, not a source join or commercial calibration.", "related": [ { "id": "D043", "name": "Spacecraft payload telemetry reduction", "family": "RETAIN", "status": "saving", "saving_percent": 0.05941410473673475, "completion_change_percent": 3.9539950513477473, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D042", "name": "Satellite flight-computer kernel", "family": "COMPUTE", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D045", "name": "Spacecraft power-conversion electronics", "family": "POWER", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D046", "name": "Spacecraft thermal-work scheduler", "family": "THERM", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "note": "The payload-telemetry reference saves 0.05941% nominal modeled job/device energy. Other spacecraft references tie. No NanoMind or whole-spacecraft saving is established." }, { "slug": "portable-communications", "name": "Portable communications and recorders", "priorities": "Power, weight, required coverage and complete records", "budget": { "headline": "19.97% less combined recorder/input-history storage", "scope": "1,453,784,064→1,163,480,256 bytes for the reviewed design boundary. Writes fall 10.71%, reads 17.65%, timing-record checksum steps 60% on separate axes.", "status": "Conditional design arithmetic; original full-service qualification remains open." }, "joint_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference, not a source join or commercial calibration.", "related": [ { "id": "D027", "name": "Low-power Wi-Fi client electronics", "family": "RF", "status": "saving", "saving_percent": 0.25625616468334644, "completion_change_percent": 51.491459519511174, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D099", "name": "Public-safety radio evidence recorder", "family": "RETAIN", "status": "saving", "saving_percent": 0.03085138020100673, "completion_change_percent": 3.9539950513477473, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "note": "The Wi-Fi reference saves 0.2563%; the public-safety evidence-recorder reference saves 0.03085% nominal modeled job/device energy against the strongest ordinary controls. Separate declared services, not a combined radio result." }, { "slug": "mobile-devices", "name": "Phones and mobile devices", "priorities": "Size, weight, heat and compute; radio and battery service", "budget": { "headline": "0.65–4.61% less whole-phone energy in an illustration", "scope": "Sensing uses 20% of phone energy, other 80% stays fixed and no further costs are added. Same-battery life rises 0.65–4.83%. Exact conventional allocation planners match the reading counts.", "status": "Conditional product budget; the new compiler/reference gains are not composed into it." }, "joint_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference, not a source join or commercial calibration.", "related": [ { "id": "D027", "name": "Low-power Wi-Fi client electronics", "family": "RF", "status": "saving", "saving_percent": 0.25625616468334644, "completion_change_percent": 51.491459519511174, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D037", "name": "Wearable sensor hub", "family": "RETAIN", "status": "saving", "saving_percent": 0.12418135117888099, "completion_change_percent": -28.701650961100576, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "note": "The sensing illustration assumes a 20% phone-energy share and no further costs. Exact conventional planners match the reading counts. The separate wearable and Wi-Fi reference jobs save 0.12418% and 0.25626% nominal modeled energy; they have not been combined with that phone budget." }, { "slug": "cellsite-radio", "name": "Telephone towers and cellsite radios", "priorities": "Power drawn, heat and required coverage", "budget": null, "joint_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference, not a source join or commercial calibration.", "related": [ { "id": "D021", "name": "Macro-cell power-amplifier linearization", "family": "RF", "status": "not_comparable", "saving_percent": null, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D022", "name": "5G small-cell radio electronics", "family": "RF", "status": "not_comparable", "saving_percent": null, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D023", "name": "Massive-MIMO channel calibration", "family": "UNC", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D024", "name": "Open-RAN baseband numerical kernel", "family": "COMPUTE", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D025", "name": "Industrial private-cellular scheduling", "family": "UNC", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "note": "No matched nominal saving over the strongest ordinary controls is established for these cellsite references. D021 has no feasible candidate; D022 has a selected capability without a feasible ordinary baseline. Retain unmatched status rather than report a saving." }, { "slug": "industrial-computing", "name": "Industrial computing and control", "priorities": "Energy, control quality, faults and deadlines", "budget": null, "joint_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference, not a source join or commercial calibration.", "related": [ { "id": "D015", "name": "BLDC commutation controller", "family": "ACT", "status": "saving", "saving_percent": 0.0035438402618420527, "completion_change_percent": 37.366713027352816, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D019", "name": "Magnetic-bearing controller model", "family": "ACT", "status": "saving", "saving_percent": 0.010292406557816144, "completion_change_percent": 43.009532455742146, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D061", "name": "Centrifugal-pump efficiency controller", "family": "ACT", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D062", "name": "Industrial blower control", "family": "ACT", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D063", "name": "Process-chiller supervisory scheduling", "family": "THERM", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D064", "name": "Industrial robot joint electronics", "family": "ACT", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D065", "name": "Machine-vision inspection pipeline", "family": "COMPUTE", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "note": "The magnetic-bearing controller reference saves 0.01029% nominal modeled job energy; the brushless-motor control reference saves 0.00354%. Other listed industrial references tie. These are not calibrated industrial-computer or plant results." }, { "slug": "engineering-software", "name": "Engineering software", "priorities": "Exact output, time, memory and complete logs", "budget": null, "joint_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference, not a source join or commercial calibration.", "related": [ { "id": "D066", "name": "Calibration laboratory allocation", "family": "ALLOC", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D081", "name": "FPGA exact-allocation accelerator", "family": "COMPUTE", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D082", "name": "FPGA nonlinear-DSP export tool", "family": "NONLIN", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D083", "name": "HPC simulation tolerance allocation", "family": "ALLOC", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D084", "name": "Cloud exact-solver service", "family": "COMPUTE", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "note": "These engineering/reference software jobs tie the strongest tested ordinary controls at nominal. Preserve separate actual API losses and exact report-caching work counts; they are unlike scopes, not a combined device-energy gain." } ], "additional_scopes": [ { "name": "RF/microwave amplifier modeling", "note": "D030 waveform-linearization reference saves 0.03084% nominal modeled job/device energy but takes 65.84% longer. This is not an amplifier RF-output, efficiency or tuned-vendor result. Several other RFreferences remain unmatched.", "related": [ { "id": "D030", "name": "RF instrument waveform linearization", "family": "RF", "status": "saving", "saving_percent": 0.030837730707477317, "completion_change_percent": 65.83912934091884, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D021", "name": "Macro-cell power-amplifier linearization", "family": "RF", "status": "not_comparable", "saving_percent": null, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D026", "name": "Wi-Fi access-point PA compensation", "family": "RF", "status": "not_comparable", "saving_percent": null, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D028", "name": "Point-to-point microwave radio", "family": "RF", "status": "not_comparable", "saving_percent": null, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false }, { "id": "D041", "name": "Satellite communications PA breadboard", "family": "RF", "status": "not_comparable", "saving_percent": null, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "commercial_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference only." }, { "name": "QNUK", "note": "D114 random-token reference ties strongest ordinary at nominal. No new physical, cryptographic or whole-product gain follows from this reference model.", "related": [ { "id": "D114", "name": "QNUK random-token research", "family": "SECURITY", "status": "tie", "saving_percent": 0.0, "completion_change_percent": null, "commercial_product_mapping": null, "strict_robust": false, "tight_inclusive_robust": false } ], "commercial_product_gain_percent": null, "mapping_authority": "Related-workload editorial inference only." }, { "name": "Satellite ground terminals", "note": "Ground link coverage, receiver/transmitter chain, power and heat budgets remain separate from orbital fault and heat-path requirements. No calibrated combined ground-terminal gain is established.", "related": [], "commercial_product_gain_percent": null, "mapping_authority": "Target coverage statement; no source calibration or quantitative join." } ], "joint_costs": [ "Required kernel and wrapper work", "Host formatting, DMA and complete readback", "Program/state storage, decoding and configured preparation", "Clock, idle, recovery and retained external loads", "Supply losses and shared costs counted once" ], "composition_limits": [ "The joint graph models do not include the separate modeled FIR power numbers or the separate recorder redesign.", "Per-product model inputs, service and market weights must be supported before claiming a calibrated device total.", "Nominal savings are not robust across the registered uncertainty and tight grids.", "Models remain finite computational services with documented physical-service gaps." ], "full_matrix_url": "/evidence/complete-bundle-matrix-20261017.json", "source_hashes": { "final_joint": { "final_joint_matrix": "03ded40f54f01e7bdfc659cb0b0029b2277a49104a1c7b5c68817d3e4acdd3a8", "final_numeric_review": "a770ab650d99cce62bf460fbe252de5adee18c798b89dd368d73e57a14079f48", "final_closeout": "52d6ba7d95fd4600fa292e24bce862368ec1ed5149c4e574805a3a5e31fa8b75" }, "original_full_matrix": "cb615347832e660cd0a290a4e59250fb7d0b8e2613772a81177f766507a5d5f9", "public_full_matrix": "3722593449966e4b568b8edbfa8a2bba666b156ac41c26e23e121e50416edeed", "terminal_compiler_audit": "3e99c5efec7ccd4f10f53a8ea5625fe6c74f9a55effcf8c7268daeee377b19bc", "recorder_audit": "3843177cc0510cd8484b3f2531c1d3d16e010871a3c1cf0c81747062e53a69b7", "sensing_budget": "a2acdaa43d71e88688ba6d29354a1912f20a4413ff81aa8742c0828c15b847e7" } }