feat(laboratory): publish repeated M48S load envelope
This commit is contained in:
DCCONSTRUCTIONS
@@ -118,8 +118,12 @@ export interface M48SLoadEnvelopeScenario {
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worldStateCompletionAgeP95Ms: number;
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worldStateCompletionAgeP99Ms: number;
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worldStateCompletionAgeMaximumMs: number;
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decodeP95Ms: number;
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decodeMaximumMs: number;
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hotLoopDecodeP95Ms: number;
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hotLoopDecodeMaximumMs: number;
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preadmissionDecodeMaximumMs: number;
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sourcePrefetchPreparationMaximumMs: number;
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sourcePacingLatenessP95Ms: number;
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sourcePacingLatenessMaximumMs: number;
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detectorP95Ms: number;
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detectorMaximumMs: number;
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gpuUtilizationMeanPercent: number;
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@@ -129,6 +133,8 @@ export interface M48SLoadEnvelopeScenario {
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queueHighWatermarks: Readonly<Record<"detector" | "geometry" | "temporal" | "rolling" | "threat", number>>;
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queueCapacity: number;
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additionalInferencePasses: number;
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repeatCount: number;
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allRepetitionsPassed: boolean;
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integrityGatePassed: boolean;
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operatingTargetGatePassed: boolean;
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thresholds: {
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@@ -136,15 +142,36 @@ export interface M48SLoadEnvelopeScenario {
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minimumEffectiveWorldStateFps: number;
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maximumWorldStateCompletionP95Ms: number;
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};
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repetitions: readonly M48SLoadEnvelopeRepetition[];
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}
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export interface M48SLoadEnvelopeRepetition {
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runId: string;
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repetition: 1 | 2 | 3;
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deliveredWorldStates: number;
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supersededFrames: number;
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deliveryRatio: number;
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effectiveWorldStateFps: number;
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worldStateCompletionAgeP95Ms: number;
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hotLoopDecodeP95Ms: number;
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hotLoopDecodeMaximumMs: number;
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preadmissionDecodeMaximumMs: number;
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sourcePacingLatenessMaximumMs: number;
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operatingTargetGatePassed: boolean;
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resultSha256: string;
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frameEvidenceSha256: string;
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}
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export interface M48SLoadEnvelopeComparison {
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productionRateRepeatabilityPassed: false;
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reserve12FpsPassed: true;
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limit15FpsPassed: true;
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loadEnvelopeAccepted: false;
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repeatCountPerRate: number;
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productionRateRepeatabilityPassed: boolean;
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reserve12FpsPassed: boolean;
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limit15FpsPassed: boolean;
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loadEnvelopeAccepted: boolean;
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computeCapacityAtLeastFps: 15;
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bottleneckInterpretation: "rare-source-decode-or-scheduling-tail-not-steady-gpu-saturation";
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bottleneckInterpretation:
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| "rare-source-decode-or-scheduling-tail-not-steady-gpu-saturation"
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| "cold-video-decode-isolated-before-admission-no-steady-gpu-saturation";
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scenarios: readonly M48SLoadEnvelopeScenario[];
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}
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@@ -508,24 +535,113 @@ function runtimeHardeningComparisonValue(value: unknown): M48SRuntimeHardeningCo
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function loadEnvelopeComparisonValue(value: unknown): M48SLoadEnvelopeComparison {
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const comparison = objectValue(value, "M4.8S.metrics.load_envelope");
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if (comparison.schema_version === "missioncore.m48s-load-envelope-comparison/v1") {
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exact(comparison.production_rate_repeatability_passed, false, "M4.8S.load_envelope.production_rate_repeatability_passed");
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exact(comparison.reserve_12_fps_passed, true, "M4.8S.load_envelope.reserve_12_fps_passed");
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exact(comparison.limit_15_fps_passed, true, "M4.8S.load_envelope.limit_15_fps_passed");
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exact(comparison.load_envelope_accepted, false, "M4.8S.load_envelope.load_envelope_accepted");
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exact(comparison.compute_capacity_at_least_fps, 15, "M4.8S.load_envelope.compute_capacity_at_least_fps");
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exact(
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comparison.bottleneck_interpretation,
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"rare-source-decode-or-scheduling-tail-not-steady-gpu-saturation",
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"M4.8S.load_envelope.bottleneck_interpretation",
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);
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const ids = ["production-10fps", "reserve-12fps", "limit-15fps"] as const;
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const purposes = ["production-rate", "reserve-gate", "limit-discovery"] as const;
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const targetGates = [false, true, true] as const;
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const scenarios = arrayValue(comparison.scenarios, "M4.8S.load_envelope.scenarios").map((value, index) => {
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const label = `M4.8S.load_envelope.scenarios[${index}]`;
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const scenario = objectValue(value, label);
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const id = ids[index];
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const purpose = purposes[index];
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const targetGate = targetGates[index];
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if (id === undefined || purpose === undefined || targetGate === undefined) {
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throw new M48SFixedClassDetectorContractError("M4.8S.load_envelope.scenarios: лишний legacy-сценарий.");
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}
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exact(scenario.id, id, `${label}.id`);
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exact(scenario.load_purpose, purpose, `${label}.load_purpose`);
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exact(scenario.integrity_gate_passed, true, `${label}.integrity_gate_passed`);
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exact(scenario.operating_target_gate_passed, targetGate, `${label}.operating_target_gate_passed`);
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exact(scenario.additional_inference_passes, 0, `${label}.additional_inference_passes`);
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const queues = integerRecordValue(scenario.queue_high_watermarks, `${label}.queue_high_watermarks`);
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const thresholds = objectValue(scenario.thresholds, `${label}.thresholds`);
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const frameEvidenceSha256 = textValue(scenario.frame_evidence_sha256, `${label}.frame_evidence_sha256`);
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if (!SHA256.test(frameEvidenceSha256)) {
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throw new M48SFixedClassDetectorContractError(`${label}.frame_evidence_sha256: нарушен SHA-256.`);
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}
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const legacyDecodeP95 = numberValue(scenario.decode_p95_ms, `${label}.decode_p95_ms`);
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const legacyDecodeMaximum = numberValue(scenario.decode_maximum_ms, `${label}.decode_maximum_ms`);
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return {
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id,
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loadPurpose: purpose,
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requestedSourceRateHz: numberValue(scenario.requested_source_rate_hz, `${label}.requested_source_rate_hz`),
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sourceFramesAdmitted: integerValue(scenario.source_frames_admitted, `${label}.source_frames_admitted`),
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deliveredWorldStates: integerValue(scenario.delivered_world_states, `${label}.delivered_world_states`),
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supersededFrames: integerValue(scenario.superseded_frames, `${label}.superseded_frames`),
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deliveryRatio: numberValue(scenario.delivery_ratio, `${label}.delivery_ratio`),
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effectiveWorldStateFps: numberValue(scenario.effective_world_state_fps, `${label}.effective_world_state_fps`),
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worldStateCompletionAgeP95Ms: numberValue(scenario.world_state_completion_age_p95_ms, `${label}.world_state_completion_age_p95_ms`),
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worldStateCompletionAgeP99Ms: numberValue(scenario.world_state_completion_age_p99_ms, `${label}.world_state_completion_age_p99_ms`),
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worldStateCompletionAgeMaximumMs: numberValue(scenario.world_state_completion_age_maximum_ms, `${label}.world_state_completion_age_maximum_ms`),
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hotLoopDecodeP95Ms: legacyDecodeP95,
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hotLoopDecodeMaximumMs: legacyDecodeMaximum,
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preadmissionDecodeMaximumMs: legacyDecodeMaximum,
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sourcePrefetchPreparationMaximumMs: 0,
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sourcePacingLatenessP95Ms: 0,
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sourcePacingLatenessMaximumMs: 0,
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detectorP95Ms: numberValue(scenario.detector_p95_ms, `${label}.detector_p95_ms`),
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detectorMaximumMs: numberValue(scenario.detector_maximum_ms, `${label}.detector_maximum_ms`),
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gpuUtilizationMeanPercent: numberValue(scenario.gpu_utilization_mean_percent, `${label}.gpu_utilization_mean_percent`),
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gpuUtilizationMaximumPercent: numberValue(scenario.gpu_utilization_maximum_percent, `${label}.gpu_utilization_maximum_percent`),
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gpuMemoryMaximumMib: numberValue(scenario.gpu_memory_maximum_mib, `${label}.gpu_memory_maximum_mib`),
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processPeakRssMib: numberValue(scenario.process_peak_rss_mib, `${label}.process_peak_rss_mib`),
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queueHighWatermarks: queues as M48SLoadEnvelopeScenario["queueHighWatermarks"],
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queueCapacity: integerValue(scenario.queue_capacity, `${label}.queue_capacity`),
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additionalInferencePasses: 0,
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repeatCount: 1,
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allRepetitionsPassed: targetGate,
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integrityGatePassed: true,
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operatingTargetGatePassed: targetGate,
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thresholds: {
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minimumDeliveryRatio: numberValue(thresholds.minimum_delivery_ratio, `${label}.thresholds.minimum_delivery_ratio`),
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minimumEffectiveWorldStateFps: numberValue(thresholds.minimum_effective_world_state_fps, `${label}.thresholds.minimum_effective_world_state_fps`),
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maximumWorldStateCompletionP95Ms: numberValue(thresholds.maximum_world_state_completion_p95_ms, `${label}.thresholds.maximum_world_state_completion_p95_ms`),
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},
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repetitions: [],
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};
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});
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if (scenarios.length !== 3) {
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throw new M48SFixedClassDetectorContractError("M4.8S.load_envelope.scenarios: неполный legacy-набор.");
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}
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return {
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repeatCountPerRate: 1,
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productionRateRepeatabilityPassed: false,
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reserve12FpsPassed: true,
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limit15FpsPassed: true,
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loadEnvelopeAccepted: false,
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computeCapacityAtLeastFps: 15,
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bottleneckInterpretation: "rare-source-decode-or-scheduling-tail-not-steady-gpu-saturation",
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scenarios,
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};
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}
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exact(
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comparison.schema_version,
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"missioncore.m48s-load-envelope-comparison/v1",
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"missioncore.m48s-load-envelope-comparison/v2",
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"M4.8S.metrics.load_envelope.schema_version",
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);
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exact(comparison.production_rate_repeatability_passed, false, "M4.8S.load_envelope.production_rate_repeatability_passed");
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exact(comparison.repeat_count_per_rate, 3, "M4.8S.load_envelope.repeat_count_per_rate");
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exact(comparison.production_rate_repeatability_passed, true, "M4.8S.load_envelope.production_rate_repeatability_passed");
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exact(comparison.reserve_12_fps_passed, true, "M4.8S.load_envelope.reserve_12_fps_passed");
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exact(comparison.limit_15_fps_passed, true, "M4.8S.load_envelope.limit_15_fps_passed");
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exact(comparison.load_envelope_accepted, false, "M4.8S.load_envelope.load_envelope_accepted");
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exact(comparison.load_envelope_accepted, true, "M4.8S.load_envelope.load_envelope_accepted");
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exact(comparison.compute_capacity_at_least_fps, 15, "M4.8S.load_envelope.compute_capacity_at_least_fps");
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exact(
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comparison.bottleneck_interpretation,
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"rare-source-decode-or-scheduling-tail-not-steady-gpu-saturation",
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"cold-video-decode-isolated-before-admission-no-steady-gpu-saturation",
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"M4.8S.load_envelope.bottleneck_interpretation",
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);
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const ids = ["production-10fps", "reserve-12fps", "limit-15fps"] as const;
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const purposes = ["production-rate", "reserve-gate", "limit-discovery"] as const;
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const targetGates = [false, true, true] as const;
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const scenarios = arrayValue(comparison.scenarios, "M4.8S.load_envelope.scenarios").map((value, index) => {
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const label = `M4.8S.load_envelope.scenarios[${index}]`;
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const scenario = objectValue(value, label);
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@@ -536,8 +652,10 @@ function loadEnvelopeComparisonValue(value: unknown): M48SLoadEnvelopeComparison
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}
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exact(scenario.id, id, `${label}.id`);
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exact(scenario.load_purpose, purpose, `${label}.load_purpose`);
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exact(scenario.repeat_count, 3, `${label}.repeat_count`);
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exact(scenario.all_repetitions_passed, true, `${label}.all_repetitions_passed`);
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exact(scenario.integrity_gate_passed, true, `${label}.integrity_gate_passed`);
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exact(scenario.operating_target_gate_passed, targetGates[index], `${label}.operating_target_gate_passed`);
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exact(scenario.operating_target_gate_passed, true, `${label}.operating_target_gate_passed`);
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exact(scenario.additional_inference_passes, 0, `${label}.additional_inference_passes`);
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const queues = integerRecordValue(scenario.queue_high_watermarks, `${label}.queue_high_watermarks`);
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for (const key of ["detector", "geometry", "temporal", "rolling", "threat"] as const) {
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@@ -546,9 +664,37 @@ function loadEnvelopeComparisonValue(value: unknown): M48SLoadEnvelopeComparison
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}
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}
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const thresholds = objectValue(scenario.thresholds, `${label}.thresholds`);
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const frameEvidenceSha256 = textValue(scenario.frame_evidence_sha256, `${label}.frame_evidence_sha256`);
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if (!SHA256.test(frameEvidenceSha256)) {
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throw new M48SFixedClassDetectorContractError(`${label}.frame_evidence_sha256: нарушен SHA-256.`);
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const repetitions = arrayValue(scenario.repetitions, `${label}.repetitions`).map((value, repetitionIndex) => {
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const repetitionLabel = `${label}.repetitions[${repetitionIndex}]`;
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const repetition = objectValue(value, repetitionLabel);
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const repetitionNumber = repetitionIndex + 1;
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exact(repetition.repetition, repetitionNumber, `${repetitionLabel}.repetition`);
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exact(repetition.operating_target_gate_passed, true, `${repetitionLabel}.operating_target_gate_passed`);
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const runId = textValue(repetition.run_id, `${repetitionLabel}.run_id`);
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const resultSha256 = textValue(repetition.result_sha256, `${repetitionLabel}.result_sha256`);
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const frameEvidenceSha256 = textValue(repetition.frame_evidence_sha256, `${repetitionLabel}.frame_evidence_sha256`);
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if (!SHA256.test(resultSha256) || !SHA256.test(frameEvidenceSha256)) {
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throw new M48SFixedClassDetectorContractError(`${repetitionLabel}: нарушен SHA-256.`);
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}
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return {
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runId,
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repetition: repetitionNumber as 1 | 2 | 3,
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deliveredWorldStates: integerValue(repetition.delivered_world_states, `${repetitionLabel}.delivered_world_states`),
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supersededFrames: integerValue(repetition.superseded_frames, `${repetitionLabel}.superseded_frames`),
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deliveryRatio: numberValue(repetition.delivery_ratio, `${repetitionLabel}.delivery_ratio`),
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effectiveWorldStateFps: numberValue(repetition.effective_world_state_fps, `${repetitionLabel}.effective_world_state_fps`),
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worldStateCompletionAgeP95Ms: numberValue(repetition.world_state_completion_age_p95_ms, `${repetitionLabel}.world_state_completion_age_p95_ms`),
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hotLoopDecodeP95Ms: numberValue(repetition.hot_loop_decode_p95_ms, `${repetitionLabel}.hot_loop_decode_p95_ms`),
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hotLoopDecodeMaximumMs: numberValue(repetition.hot_loop_decode_maximum_ms, `${repetitionLabel}.hot_loop_decode_maximum_ms`),
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preadmissionDecodeMaximumMs: numberValue(repetition.preadmission_decode_maximum_ms, `${repetitionLabel}.preadmission_decode_maximum_ms`),
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sourcePacingLatenessMaximumMs: numberValue(repetition.source_pacing_lateness_maximum_ms, `${repetitionLabel}.source_pacing_lateness_maximum_ms`),
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operatingTargetGatePassed: true as const,
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resultSha256,
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frameEvidenceSha256,
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};
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});
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if (repetitions.length !== 3) {
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throw new M48SFixedClassDetectorContractError(`${label}.repetitions: требуется три повтора.`);
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}
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return {
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id,
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@@ -562,8 +708,12 @@ function loadEnvelopeComparisonValue(value: unknown): M48SLoadEnvelopeComparison
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worldStateCompletionAgeP95Ms: numberValue(scenario.world_state_completion_age_p95_ms, `${label}.world_state_completion_age_p95_ms`),
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worldStateCompletionAgeP99Ms: numberValue(scenario.world_state_completion_age_p99_ms, `${label}.world_state_completion_age_p99_ms`),
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worldStateCompletionAgeMaximumMs: numberValue(scenario.world_state_completion_age_maximum_ms, `${label}.world_state_completion_age_maximum_ms`),
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decodeP95Ms: numberValue(scenario.decode_p95_ms, `${label}.decode_p95_ms`),
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decodeMaximumMs: numberValue(scenario.decode_maximum_ms, `${label}.decode_maximum_ms`),
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hotLoopDecodeP95Ms: numberValue(scenario.hot_loop_decode_p95_ms, `${label}.hot_loop_decode_p95_ms`),
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hotLoopDecodeMaximumMs: numberValue(scenario.hot_loop_decode_maximum_ms, `${label}.hot_loop_decode_maximum_ms`),
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preadmissionDecodeMaximumMs: numberValue(scenario.preadmission_decode_maximum_ms, `${label}.preadmission_decode_maximum_ms`),
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sourcePrefetchPreparationMaximumMs: numberValue(scenario.source_prefetch_preparation_maximum_ms, `${label}.source_prefetch_preparation_maximum_ms`),
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sourcePacingLatenessP95Ms: numberValue(scenario.source_pacing_lateness_p95_ms, `${label}.source_pacing_lateness_p95_ms`),
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sourcePacingLatenessMaximumMs: numberValue(scenario.source_pacing_lateness_maximum_ms, `${label}.source_pacing_lateness_maximum_ms`),
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detectorP95Ms: numberValue(scenario.detector_p95_ms, `${label}.detector_p95_ms`),
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detectorMaximumMs: numberValue(scenario.detector_maximum_ms, `${label}.detector_maximum_ms`),
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gpuUtilizationMeanPercent: numberValue(scenario.gpu_utilization_mean_percent, `${label}.gpu_utilization_mean_percent`),
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@@ -573,25 +723,29 @@ function loadEnvelopeComparisonValue(value: unknown): M48SLoadEnvelopeComparison
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queueHighWatermarks: queues as M48SLoadEnvelopeScenario["queueHighWatermarks"],
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queueCapacity: integerValue(scenario.queue_capacity, `${label}.queue_capacity`),
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additionalInferencePasses: 0,
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integrityGatePassed: true,
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operatingTargetGatePassed: targetGates[index],
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repeatCount: 3 as const,
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allRepetitionsPassed: true as const,
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integrityGatePassed: true as const,
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operatingTargetGatePassed: true as const,
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thresholds: {
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minimumDeliveryRatio: numberValue(thresholds.minimum_delivery_ratio, `${label}.thresholds.minimum_delivery_ratio`),
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minimumEffectiveWorldStateFps: numberValue(thresholds.minimum_effective_world_state_fps, `${label}.thresholds.minimum_effective_world_state_fps`),
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maximumWorldStateCompletionP95Ms: numberValue(thresholds.maximum_world_state_completion_p95_ms, `${label}.thresholds.maximum_world_state_completion_p95_ms`),
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},
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repetitions,
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};
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});
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if (scenarios.length !== ids.length) {
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throw new M48SFixedClassDetectorContractError("M4.8S.load_envelope.scenarios: неполный набор.");
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}
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return {
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productionRateRepeatabilityPassed: false,
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repeatCountPerRate: 3,
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productionRateRepeatabilityPassed: true,
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reserve12FpsPassed: true,
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limit15FpsPassed: true,
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loadEnvelopeAccepted: false,
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loadEnvelopeAccepted: true,
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computeCapacityAtLeastFps: 15,
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bottleneckInterpretation: "rare-source-decode-or-scheduling-tail-not-steady-gpu-saturation",
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bottleneckInterpretation: "cold-video-decode-isolated-before-admission-no-steady-gpu-saturation",
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scenarios,
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};
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}
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@@ -647,10 +801,10 @@ function parseResult(value: unknown, resultId: string): M48SFixedClassDetectorRe
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exact(decision.production_accepted, false, "M4.8S.decision.production_accepted");
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if (loadEnvelope !== null) {
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exact(decision.load_envelope_evaluated, true, "M4.8S.decision.load_envelope_evaluated");
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exact(decision.production_rate_repeatability_passed, false, "M4.8S.decision.production_rate_repeatability_passed");
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exact(decision.reserve_12_fps_passed, true, "M4.8S.decision.reserve_12_fps_passed");
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exact(decision.limit_15_fps_passed, true, "M4.8S.decision.limit_15_fps_passed");
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exact(decision.load_envelope_accepted, false, "M4.8S.decision.load_envelope_accepted");
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exact(decision.production_rate_repeatability_passed, loadEnvelope.productionRateRepeatabilityPassed, "M4.8S.decision.production_rate_repeatability_passed");
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exact(decision.reserve_12_fps_passed, loadEnvelope.reserve12FpsPassed, "M4.8S.decision.reserve_12_fps_passed");
|
||||
exact(decision.limit_15_fps_passed, loadEnvelope.limit15FpsPassed, "M4.8S.decision.limit_15_fps_passed");
|
||||
exact(decision.load_envelope_accepted, loadEnvelope.loadEnvelopeAccepted, "M4.8S.decision.load_envelope_accepted");
|
||||
}
|
||||
const frames = arrayValue(payload.frames, "M4.8S.frames").map(descriptorValue);
|
||||
const evidenceFrameCount = integerValue(source.evidence_frame_count, "M4.8S.source.evidence_frame_count");
|
||||
@@ -709,10 +863,10 @@ function parseResult(value: unknown, resultId: string): M48SFixedClassDetectorRe
|
||||
integratedWorldStateGatePassed: integratedGate,
|
||||
detectorReplacementAuthorized: false,
|
||||
loadEnvelopeEvaluated: loadEnvelope !== null,
|
||||
productionRateRepeatabilityPassed: false,
|
||||
productionRateRepeatabilityPassed: loadEnvelope?.productionRateRepeatabilityPassed ?? false,
|
||||
reserve12FpsPassed: loadEnvelope?.reserve12FpsPassed ?? false,
|
||||
limit15FpsPassed: loadEnvelope?.limit15FpsPassed ?? false,
|
||||
loadEnvelopeAccepted: false,
|
||||
loadEnvelopeAccepted: loadEnvelope?.loadEnvelopeAccepted ?? false,
|
||||
productionAccepted: false,
|
||||
},
|
||||
limitations: arrayValue(payload.limitations, "M4.8S.limitations").map((item, index) => textValue(item, `M4.8S.limitations[${index}]`)),
|
||||
|
||||
@@ -29,8 +29,11 @@ export function M48SFixedClassDetectorResultView({
|
||||
const load = loadEnvelope && production && reserve && limit
|
||||
? { comparison: loadEnvelope, production, reserve, limit }
|
||||
: null;
|
||||
const loadAccepted = load?.comparison.loadEnvelopeAccepted === true;
|
||||
const status = load
|
||||
? "Capacity ≥ 15 FPS подтверждён; repeatability 10 FPS требует закрытия"
|
||||
? loadAccepted
|
||||
? "3 × 10 / 12 / 15 FPS прошли; realtime envelope ≥ 15 FPS принят"
|
||||
: "Capacity ≥ 15 FPS подтверждён; repeatability 10 FPS требует закрытия"
|
||||
: hardening
|
||||
? `После hardening: ${hardening.hardened.deliveredWorldStates.toLocaleString("ru-RU")} из ${hardening.hardened.sourceFramesAdmitted.toLocaleString("ru-RU")} world states доставлены`
|
||||
: integrated
|
||||
@@ -41,9 +44,11 @@ export function M48SFixedClassDetectorResultView({
|
||||
summary={(
|
||||
<LaboratorySummary
|
||||
title="M4.8S · fixed-class semantics риск-объектов"
|
||||
description="RF-DETR-L встроен в полный source-paced граф RF-DETR → geometry → temporal → motion → rolling map → threat. После hardening один и тот же immutable проход отдельно измерен на 10, 12 и 15 FPS: показаны не только средние значения, но delivery, хвосты задержки, GPU/VRAM/RAM и честный незакрытый gate."
|
||||
description={loadAccepted
|
||||
? "RF-DETR-L встроен в полный source-paced граф RF-DETR → geometry → temporal → motion → rolling map → threat. Холодный video decode вынесен до допуска источника, после чего один immutable проход выполнен по три раза на 10, 12 и 15 FPS. LAB показывает худший результат каждой серии, хвосты decode/pacing и каждый из девяти sealed-прогонов."
|
||||
: "RF-DETR-L встроен в полный source-paced граф RF-DETR → geometry → temporal → motion → rolling map → threat. Исторический immutable проход отдельно измерен на 10, 12 и 15 FPS; незакрытый 10 FPS delivery gate сохранён без постфактум-сдвига thresholds."}
|
||||
status={status}
|
||||
statusTone={load ? "warning" : "success"}
|
||||
statusTone={load && !loadAccepted ? "warning" : "success"}
|
||||
facts={[
|
||||
{ label: "Источник", value: `${rigLabel} RIGHT · raw KB4 · ${result.source.evidenceFrameCount} diagnostic frames` },
|
||||
{ label: "Сравнение", value: "YOLOX-S · D-FINE-S · RF-DETR-L · единый threshold 0.50" },
|
||||
@@ -54,18 +59,24 @@ export function M48SFixedClassDetectorResultView({
|
||||
question: load
|
||||
? "Какой realtime-запас имеет неизменный single-pass RF-DETR graph на Worker 006 и где начинается его вычислительный предел?"
|
||||
: "Можно ли заменить слабую class-семантику YOLOX готовой моделью, не потеряв realtime на предельном Worker с RTX 4090?",
|
||||
approach: load
|
||||
approach: loadAccepted
|
||||
? "Один и тот же проход из 4489 кадров прогнали строго последовательно девять раз: по три повтора на 10, 12 и 15 FPS. Bounded prefetch на 64 кадра завершался до source admission; sensor timestamps, модель, providers, очереди и single inference не менялись. Пороги и порядок были записаны заранее."
|
||||
: load
|
||||
? "Один и тот же проход из 4489 кадров прогнали последовательно на 10, 12 и 15 FPS. Sensor timestamps, модель, graph providers, очереди, prewarm и single inference не менялись; менялся только wall-clock pacing. Пороги delivery/FPS/p95 были записаны до запусков."
|
||||
: `YOLOX-S, D-FINE-S и RF-DETR-L сравнили на одинаковых ${result.source.evidenceFrameCount} raw-KB4 кадрах с порогом 0.50. RF-DETR-L отдельно квалифицировали ${decimal(result.metrics.detectorLoad.durationSeconds / 60, 0)} минут, затем встроили в полный reference graph без дополнительного inference-прохода.`,
|
||||
principalResult: load
|
||||
? `12 FPS прошли reserve-gate: ${load.reserve.deliveredWorldStates.toLocaleString("ru-RU")}/${load.reserve.sourceFramesAdmitted.toLocaleString("ru-RU")} доставлено. 15 FPS также прошли: ${load.limit.deliveredWorldStates.toLocaleString("ru-RU")}/${load.limit.sourceFramesAdmitted.toLocaleString("ru-RU")}. Но 10 FPS не добрали заранее заданный delivery ratio: ${load.production.deliveredWorldStates.toLocaleString("ru-RU")}/${load.production.sourceFramesAdmitted.toLocaleString("ru-RU")}, на два кадра ниже порога.`
|
||||
principalResult: loadAccepted && load
|
||||
? `Все девять прогонов прошли integrity и predeclared target gates. Худший результат: 10 FPS — ${load.production.deliveredWorldStates.toLocaleString("ru-RU")}/${load.production.sourceFramesAdmitted.toLocaleString("ru-RU")}, 12 FPS — ${load.reserve.deliveredWorldStates.toLocaleString("ru-RU")}/${load.reserve.sourceFramesAdmitted.toLocaleString("ru-RU")}, 15 FPS — ${load.limit.deliveredWorldStates.toLocaleString("ru-RU")}/${load.limit.sourceFramesAdmitted.toLocaleString("ru-RU")}. Во всех сериях сохранён один inference на кадр.`
|
||||
: load
|
||||
? `12 FPS прошли reserve-gate: ${load.reserve.deliveredWorldStates.toLocaleString("ru-RU")}/${load.reserve.sourceFramesAdmitted.toLocaleString("ru-RU")} доставлено. 15 FPS также прошли: ${load.limit.deliveredWorldStates.toLocaleString("ru-RU")}/${load.limit.sourceFramesAdmitted.toLocaleString("ru-RU")}. Но 10 FPS не добрали заранее заданный delivery ratio: ${load.production.deliveredWorldStates.toLocaleString("ru-RU")}/${load.production.sourceFramesAdmitted.toLocaleString("ru-RU")}.`
|
||||
: hardening
|
||||
? `На одинаковых ${hardening.baseline.sourceFramesAdmitted.toLocaleString("ru-RU")} входных кадрах полный граф увеличил доставку с ${hardening.baseline.deliveredWorldStates.toLocaleString("ru-RU")} до ${hardening.hardened.deliveredWorldStates.toLocaleString("ru-RU")} world states, а число вытесненных кадров снизил с ${hardening.baseline.supersededFrames} до ${hardening.hardened.supersededFrames}. Отдельный ${hardening.startup.validationFrames.toLocaleString("ru-RU")}-кадровый прогон подтвердил prewarm до допуска источника.`
|
||||
: integrated
|
||||
? `Полный граф доставил ${integrated.deliveredWorldStates.toLocaleString("ru-RU")} world states при ${decimal(integrated.effectiveWorldStateFps, 3)} FPS и p95 ${decimal(integrated.worldStateCompletionAgeP95Ms, 3)} ms; ${integrated.supersededFrames} входных кадров штатно вытеснены latest-wins очередью.`
|
||||
: `RF-DETR-L выбран из трёх кандидатов и обработал ${detectorLoad.sourceFramesConsumed.toLocaleString("ru-RU")} кадров detector-only без замен и ошибок.`,
|
||||
limitation: load
|
||||
? "Capacity полного графа доказан как минимум до 15 FPS, но production repeatability не принята: delivery на 10 FPS немонотонно хуже 12/15 из-за редкого decode/scheduling tail. Истинность классов, collision safety и physical-live не проверялись; команды отключены."
|
||||
limitation: loadAccepted
|
||||
? "Runtime repeatability и capacity полного графа закрыты как минимум до 15 FPS. Это не доказывает истинность классов, track/risk truth, collision safety или physical-live поведение; команды и production authority по-прежнему отключены."
|
||||
: load
|
||||
? "Capacity полного графа доказан как минимум до 15 FPS, но исторический production repeatability gate не принят. Истинность классов, collision safety и physical-live не проверялись; команды отключены."
|
||||
: "Прогон доказывает runtime envelope, а не истинность классов, качество track identity, корректность risk policy или безопасность движения. Production authority и команды отключены.",
|
||||
}}
|
||||
method={{
|
||||
@@ -103,13 +114,16 @@ export function M48SFixedClassDetectorResultView({
|
||||
? "Что дал прогон: полный world-state graph проходит realtime envelope"
|
||||
: "Что дал прогон: RF-DETR-L проходит detector-only realtime envelope"}
|
||||
status={status}
|
||||
statusTone={load ? "warning" : "success"}
|
||||
statusTone={load && !loadAccepted ? "warning" : "success"}
|
||||
metrics={load ? [
|
||||
{ label: "Effective world-state FPS", value: `${decimal(load.production.effectiveWorldStateFps, 3)} / ${decimal(load.reserve.effectiveWorldStateFps, 3)} / ${decimal(load.limit.effectiveWorldStateFps, 3)}`, hint: "вход 10 / 12 / 15 FPS" },
|
||||
{ label: "Delivered / superseded", value: `${load.production.deliveredWorldStates.toLocaleString("ru-RU")}/${load.production.supersededFrames} · ${load.reserve.deliveredWorldStates.toLocaleString("ru-RU")}/${load.reserve.supersededFrames} · ${load.limit.deliveredWorldStates.toLocaleString("ru-RU")}/${load.limit.supersededFrames}`, hint: "10 FPS gate не прошёл · 12 и 15 прошли" },
|
||||
{ label: "Worst delivered / superseded", value: `${load.production.deliveredWorldStates.toLocaleString("ru-RU")}/${load.production.supersededFrames} · ${load.reserve.deliveredWorldStates.toLocaleString("ru-RU")}/${load.reserve.supersededFrames} · ${load.limit.deliveredWorldStates.toLocaleString("ru-RU")}/${load.limit.supersededFrames}`, hint: "минимальная доставка / максимум вытеснений из трёх повторов" },
|
||||
{ label: "World-state p95", value: `${decimal(load.production.worldStateCompletionAgeP95Ms, 3)} / ${decimal(load.reserve.worldStateCompletionAgeP95Ms, 3)} / ${decimal(load.limit.worldStateCompletionAgeP95Ms, 3)} ms`, hint: "10 / 12 / 15 FPS" },
|
||||
{ label: "World-state p99", value: `${decimal(load.production.worldStateCompletionAgeP99Ms, 3)} / ${decimal(load.reserve.worldStateCompletionAgeP99Ms, 3)} / ${decimal(load.limit.worldStateCompletionAgeP99Ms, 3)} ms`, hint: "хвост не растёт вместе с rate" },
|
||||
{ label: "Decode maximum", value: `${decimal(load.production.decodeMaximumMs, 0)} / ${decimal(load.reserve.decodeMaximumMs, 0)} / ${decimal(load.limit.decodeMaximumMs, 0)} ms`, hint: "редкий source/decode tail · не steady compute" },
|
||||
{ label: loadAccepted ? "Hot-loop decode p95" : "Decode p95", value: `${decimal(load.production.hotLoopDecodeP95Ms, 3)} / ${decimal(load.reserve.hotLoopDecodeP95Ms, 3)} / ${decimal(load.limit.hotLoopDecodeP95Ms, 3)} ms`, hint: loadAccepted ? "холодный open/decode исключён из realtime" : "исторический decode включает cold tail" },
|
||||
loadAccepted
|
||||
? { label: "Prefetch / pacing max", value: `${decimal(Math.max(...load.comparison.scenarios.map((scenario) => scenario.sourcePrefetchPreparationMaximumMs)) / 1000, 2)} s / ${decimal(Math.max(...load.comparison.scenarios.map((scenario) => scenario.sourcePacingLatenessMaximumMs)), 3)} ms`, hint: "prefetch до admission / wall-clock pacing в hot loop" }
|
||||
: { label: "Decode maximum", value: `${decimal(load.production.hotLoopDecodeMaximumMs, 0)} / ${decimal(load.reserve.hotLoopDecodeMaximumMs, 0)} / ${decimal(load.limit.hotLoopDecodeMaximumMs, 0)} ms`, hint: "редкий cold source/decode tail" },
|
||||
{ label: "Detector p95", value: `${decimal(load.production.detectorP95Ms, 3)} / ${decimal(load.reserve.detectorP95Ms, 3)} / ${decimal(load.limit.detectorP95Ms, 3)} ms`, hint: "тот же RF-DETR · один inference" },
|
||||
{ label: "GPU mean", value: `${decimal(load.production.gpuUtilizationMeanPercent)}% / ${decimal(load.reserve.gpuUtilizationMeanPercent)}% / ${decimal(load.limit.gpuUtilizationMeanPercent)}%`, hint: "10 / 12 / 15 FPS · насыщения нет" },
|
||||
{ label: "VRAM / process RAM peak", value: `${decimal(Math.max(...load.comparison.scenarios.map((scenario) => scenario.gpuMemoryMaximumMib)) / 1024, 2)} / ${decimal(Math.max(...load.comparison.scenarios.map((scenario) => scenario.processPeakRssMib)) / 1024, 2)} GiB`, hint: "общий GPU counter / graph process RSS" },
|
||||
@@ -135,17 +149,21 @@ export function M48SFixedClassDetectorResultView({
|
||||
]}
|
||||
conclusion={{
|
||||
proved: load
|
||||
? `Полный single-pass graph сохранил bounded queues 2/2, нулевые failed/stale/rejected/unavailable и нулевые дополнительные inference-проходы во всех трёх режимах. Reserve 12 FPS прошёл с delivery ${(load.reserve.deliveryRatio * 100).toLocaleString("ru-RU", { maximumFractionDigits: 3 })}% и p95 ${decimal(load.reserve.worldStateCompletionAgeP95Ms, 3)} ms; 15 FPS также прошли с delivery ${(load.limit.deliveryRatio * 100).toLocaleString("ru-RU", { maximumFractionDigits: 3 })}%. Вычислительная capacity доказана как минимум до 15 FPS без более мощного Worker.`
|
||||
? `Все ${load.comparison.repeatCountPerRate * load.comparison.scenarios.length} полных single-pass прогона сохранили bounded queues 2/2, нулевые failed/stale/rejected/unavailable и нулевые дополнительные inference-проходы. Худший 10 FPS delivery — ${(load.production.deliveryRatio * 100).toLocaleString("ru-RU", { maximumFractionDigits: 3 })}%, 12 FPS — ${(load.reserve.deliveryRatio * 100).toLocaleString("ru-RU", { maximumFractionDigits: 3 })}%, 15 FPS — ${(load.limit.deliveryRatio * 100).toLocaleString("ru-RU", { maximumFractionDigits: 3 })}%. Realtime capacity доказана как минимум до 15 FPS без более мощного Worker.`
|
||||
: hardening
|
||||
? `На полном сравнительном прогоне с ${hardening.hardened.sourceFramesAdmitted.toLocaleString("ru-RU")} одинаковыми входными кадрами hardening сохранил realtime FPS, доставил на ${(hardening.hardened.deliveredWorldStates - hardening.baseline.deliveredWorldStates).toLocaleString("ru-RU")} world states больше и сократил вытеснения ${hardening.baseline.supersededFrames} → ${hardening.hardened.supersededFrames}. Максимальный стоп rolling stage уменьшился ${decimal(hardening.baseline.rollingMaximumMs, 3)} → ${decimal(hardening.hardened.rollingMaximumMs, 3)} ms. Отдельный prewarm-прогон снизил первый detector frame ${decimal(hardening.startup.baseline.detectorMs, 3)} → ${decimal(hardening.startup.prewarmed.detectorMs, 3)} ms и первый world state ${decimal(hardening.startup.baseline.worldStateMs, 3)} → ${decimal(hardening.startup.prewarmed.worldStateMs, 3)} ms без дополнительного inference на кадрах.`
|
||||
: integrated
|
||||
? `На Worker 006 полный граф обработал ${integrated.sourceFramesAdmitted.toLocaleString("ru-RU")} входных кадров, доставил ${integrated.deliveredWorldStates.toLocaleString("ru-RU")} состояний без ошибок, удержал все очереди в пределах ${integrated.queueCapacity} и p95 ${decimal(integrated.worldStateCompletionAgeP95Ms, 3)} ms. Advisory сформировал публикации по семействам: geometry-only (${integrated.advisoryFamilyCounts["generic-obstacle"].toLocaleString("ru-RU")}), люди (${integrated.advisoryFamilyCounts.person.toLocaleString("ru-RU")}), животные (${integrated.advisoryFamilyCounts.animal.toLocaleString("ru-RU")}) и транспорт (${integrated.advisoryFamilyCounts.vehicle.toLocaleString("ru-RU")}); это не количество уникальных физических объектов и не потребовало второго inference.`
|
||||
: `RF-DETR-L ${decimal(detectorLoad.durationSeconds / 60, 0)} минут устойчиво потреблял source-paced поток около 10 FPS: ${detectorLoad.sourceFramesConsumed.toLocaleString("ru-RU")} кадров, 0 замен, 0 ошибок, completion-age p95 ${decimal(detectorLoad.completionAgeP95Ms, 3)} ms.`,
|
||||
notProved: load
|
||||
? `Не закрыта repeatability delivery на production-rate: 10 FPS дали ${(load.production.deliveryRatio * 100).toLocaleString("ru-RU", { maximumFractionDigits: 3 })}% при gate ${(load.production.thresholds.minimumDeliveryRatio * 100).toLocaleString("ru-RU", { maximumFractionDigits: 1 })}%. Немонотонность 10 → 12 → 15 и decode maxima 3,2–3,6 s не позволяют объявить production envelope принятым.`
|
||||
notProved: loadAccepted
|
||||
? "Не доказаны unbiased precision/recall классов, независимая истинность track identity и risk policy, работа planner, collision safety или physical-live режим. Принятый runtime envelope не включает production/navigation authority."
|
||||
: load
|
||||
? `Не закрыта repeatability delivery на production-rate: 10 FPS дали ${(load.production.deliveryRatio * 100).toLocaleString("ru-RU", { maximumFractionDigits: 3 })}% при gate ${(load.production.thresholds.minimumDeliveryRatio * 100).toLocaleString("ru-RU", { maximumFractionDigits: 1 })}%. Исторический v1 результат сохранён; он не переинтерпретируется после появления v2.`
|
||||
: "Не доказаны unbiased precision/recall классов, независимое качество track identity и risk policy, поведение planner или collision safety. Кадровые рамки не заменяют геометрическую occupancy-карту.",
|
||||
decision: load
|
||||
? "Не усиливать GPU и не добавлять второй детектор. Сначала изолировать/предзагружать video decode и измерить scheduler tail, затем повторить тот же sealed 10/12/15 FPS набор серией прогонов. До закрытия repeatability production switch не разрешён."
|
||||
decision: loadAccepted
|
||||
? "Сохранить bounded 64-frame prefetch до source admission как runtime baseline. Не усиливать GPU и не добавлять второй детектор: Worker 006 уже держит как минимум 15 FPS. Следующий этап — semantic/track/risk truth и physical-live shadow; production switch не разрешён."
|
||||
: load
|
||||
? "Историческое решение v1: не усиливать GPU и не добавлять второй детектор; изолировать cold video decode и повторить sealed 10/12/15 FPS серией прогонов. Результат v2 закрывает этот следующий этап отдельно, не переписывая v1."
|
||||
: hardening
|
||||
? "Сохранить разгрузку cyclic GC и обязательный detector prewarm как текущий runtime baseline. Следующий этап — измерять запас realtime при росте сцены и числа семантических объектов, не добавляя второй детектор и не расширяя inference-нагрузку. Production switch не разрешён."
|
||||
: "Сохранить RF-DETR-L как risk-semantic shadow provider полного reference graph. Не классифицировать миллионы статических форм: неизвестное неподвижное препятствие остаётся geometry-owned и объезжается; классы сохраняются для людей, животных и транспорта. Production switch не разрешён.",
|
||||
|
||||
Reference in New Issue
Block a user