{
  "experiment": "same-priority fairness",
  "selected_configuration_results": {
    "realtime burster A": {
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      "range_p95_ttft_ms": [
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      "median_p95_ttft_ms": 527.397871,
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      "median_p99_ttft_ms": 613.160372,
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    "realtime peer C": {
      "runs": 3,
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      "median_p99_ttft_ms": 750.711679,
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  "matched_detector_comparisons": {
    "queue depth 2": {
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        "range_p95_ttft_ms": [
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        "median_p99_ttft_ms": 17860.060692,
        "median_p95_tpot_ms_per_token": 154.847242
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      "realtime peer B": {
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        "median_p99_ttft_ms": 5747.056007,
        "median_p95_tpot_ms_per_token": 58.738872
      },
      "realtime peer C": {
        "runs": 3,
        "median_p95_ttft_ms": 4519.311428,
        "range_p95_ttft_ms": [
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        "median_p99_ttft_ms": 5593.36257,
        "median_p95_tpot_ms_per_token": 55.305403
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    },
    "request count 128, 10% headroom": {
      "realtime burster A": {
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        "range_p95_ttft_ms": [
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        "median_p99_ttft_ms": 12892.339706,
        "median_p95_tpot_ms_per_token": 111.665351
      },
      "realtime peer B": {
        "runs": 3,
        "median_p95_ttft_ms": 527.397871,
        "range_p95_ttft_ms": [
          508.270264,
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        ],
        "median_p99_ttft_ms": 613.160372,
        "median_p95_tpot_ms_per_token": 23.142617
      },
      "realtime peer C": {
        "runs": 3,
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          563.451052,
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        "median_p99_ttft_ms": 750.711679,
        "median_p95_tpot_ms_per_token": 23.346014
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  },
  "calibration_only": {
    "same-priority queue depth 5": {
      "realtime burster A": {
        "runs": 1,
        "median_p95_ttft_ms": 33823.66395,
        "range_p95_ttft_ms": [
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        "median_p99_ttft_ms": 35458.660841,
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      "realtime peer B": {
        "runs": 1,
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        "range_p95_ttft_ms": [
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        "median_p99_ttft_ms": 6978.860855,
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      "realtime peer C": {
        "runs": 1,
        "median_p95_ttft_ms": 5464.366436,
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        "median_p99_ttft_ms": 7316.706657,
        "median_p95_tpot_ms_per_token": 65.628899
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    }
  },
  "retained_run_inventory": [
    {
      "scenario": "same-priority fairness",
      "detector": "queue depth 2",
      "evidence_role": "matched three-repeat comparison",
      "repeat": 1
    },
    {
      "scenario": "same-priority fairness",
      "detector": "queue depth 2",
      "evidence_role": "matched three-repeat comparison",
      "repeat": 2
    },
    {
      "scenario": "same-priority fairness",
      "detector": "queue depth 2",
      "evidence_role": "matched three-repeat comparison",
      "repeat": 3
    },
    {
      "scenario": "same-priority fairness",
      "detector": "queue depth 5",
      "evidence_role": "single-run calibration",
      "repeat": 1
    },
    {
      "scenario": "same-priority fairness",
      "detector": "request count 128, 10% headroom",
      "evidence_role": "matched three-repeat comparison",
      "repeat": 1
    },
    {
      "scenario": "same-priority fairness",
      "detector": "request count 128, 10% headroom",
      "evidence_role": "matched three-repeat comparison",
      "repeat": 2
    },
    {
      "scenario": "same-priority fairness",
      "detector": "request count 128, 10% headroom",
      "evidence_role": "matched three-repeat comparison",
      "repeat": 3
    }
  ],
  "saturation_metric_interpretation": "The pool saturation metric is a detector-normalized score. Request-count admission divides in-flight requests by the configured cap. Utilization admission uses the larger of queue depth divided by its threshold and KV-cache utilization divided by its threshold. Read 1.0 as the configured saturation boundary within each detector; raw magnitudes are not compared across detectors.",
  "statistical_scope": "The consolidation and same-priority comparisons use three matched repeats. Their realtime p95 TTFT ranges do not overlap across the tested detectors. With three repeats, the report presents descriptive medians and ranges rather than a formal significance claim.",
  "claim_boundary": "This package contains production-shaped single-GPU evidence for same-priority fairness. It includes matched repeated detector comparisons."
}