Experiments / E1

Detection of up-but-slow links

Can deadlines detect an up-but-slow ISL without excessive false alarms, and where do they fail relative to local and conventional monitors?

Label: DERIVED statistics and accounting Label: MODELLED network outcomes

Pre-registered hypothesis

At a pilot-selected operating point with clean-packet FPR at most 1%, ChronoRoute detects nominal/strong faults more often than LS-H and CRH-16, and has shorter censored detection delay than LS-D. Small faults inside the budget may remain undetected. LQ may beat ChronoRoute; this is a primary comparison, not an excluded case.

Frozen preregistration, identified and verified against this result’s manifest.

Verdict

Mixed, mostly not supported: at the frozen pilot rule (clean-packet false-positive rate 0.0041 to 0.00587 across cells, within the registered 0.01 limit), the hypothesis is not supported for the nominal rate cut (factor 0.3) and not supported for the added-delay family, supported for the strong rate cut (factor 0.2) and supported for ARQ loss (significantly more detections than both LS-H and CRH-16 in 10 of 24 nominal and strong cells; neither comparator has a slowness detector). LQ beats ChronoRoute significantly in 13 cells, and the LS-D comparison is not valid evidence.

  • Operating point: rule S=1.5 u1 with k = 2 consecutive alarms, chosen on pilot seeds only and frozen; clean-packet false-positive rate 0.0041 to 0.00587 across cells, within the registered 0.01 limit.
  • Rate cut, runs detected per shell (C5, C2): nominal 0.3 (first, middle, last third): C5 9/36, 0/36, 0/36; C2 0/36, 0/36, 0/36 — not supported. strong 0.2: C5 36/36; C2 36/36 — supported. small 0.6: C5 0/36; C2 0/36 — may stay undetected by hypothesis.
  • Added delay, runs detected per shell (C5, C2): nominal 1 ms (first, middle, last third): C5 3/36, 0/36, 0/36; C2 0/36, 0/36, 0/36 — not supported. strong 4 ms: C5 2/36; C2 0/36 — not supported. small 0.25 ms: C5 0/36; C2 0/36 — may stay undetected by hypothesis.
  • ARQ loss, runs detected per shell (C5, C2): nominal 0.1 (first, middle, last third): C5 27/36, 15/36, 15/36; C2 33/36, 14/36, 14/36 — supported. strong 0.3: C5 23/36; C2 23/36 — supported. small 0.01: C5 7/36; C2 7/36 — may stay undetected by hypothesis.
  • Why delays are missed: S = 1.5 leaves several milliseconds of spare time per hop mid-path. Every unselected rule that detects the 4 ms delay in at least half the runs has a clean false-positive rate of at least C5 0.0282 and C2 0.0202, above the 1% limit.
  • Null controls (rate factor 1, delay 0, ARQ loss 0): no detections in any cell.
  • Detection against LS-H: 10 significant wins, 5 non-significant wins, 15 ties, 0 significant losses and 0 non-significant losses over 30 cells; CRH-16: 10 significant wins, 5 non-significant wins, 15 ties, 0 significant losses and 0 non-significant losses over 30 cells. These wins hold by construction: LS-H and CRH-16 detect no fault in any cell, because they have no slowness detector.
  • Against E2E: 3 significant wins, 10 non-significant wins, 17 ties, 0 significant losses and 0 non-significant losses over 30 cells. E2E's clean false-positive rate is 0 in every cell, so this is not a matched-false-positive comparison.
  • Against LQ, a practical local monitor (false-positive rate 0 to 0.00913): 0 significant wins, 2 non-significant wins, 12 ties, 13 significant losses and 3 non-significant losses over 30 cells; 26 registered material losses (detection and restricted delay). These losses are robust.
  • Against LS-D: 2 significant wins, 2 non-significant wins, 2 ties, 17 significant losses and 7 non-significant losses over 30 cells; 35 registered material losses. They are kept as registered but are not valid evidence: LS-D measures the queue estimate plus the exact injected fault delay plus the expected ARQ delay from the configured loss probability, without noise, and re-advertises any change at the 1 s update interval. Its detection hardly depends on fault size: for 0.25, 1 and 4 ms of added delay it detects C5 20/36, 20/36, 19/36; C2 23/36, 23/36, 23/36. The registered LS-D delay comparison therefore cannot be judged.
  • Registered material losses: 61 (30 detection, 31 restricted delay); point disadvantages: 82. All are in paired_contrasts.csv.
  • 23 adjusted p-values are stored as 0. They are below the numerical resolution of the computation (9 from zero-variance paired differences, the rest from cancellation), not exactly zero.

Every number in this verdict is computed at build time from the verified summary.csv and the registered paired comparisons in paired_contrasts.csv (SHA-256 c44cf51fcbd9985204222fba0a7b419c2418ce3187bffd46f37b2ebfa639b6d5, checked against the manifest).

C5 orbital inputs are REAL public data; C2 orbits and positions are MODELLED. Topology, probes, faults and network behaviour are MODELLED. Starlink’s operational routing is UNKNOWN; Starlink does not use T-CRH.

Charts and data

Download CSV · Download manifest · Download paired contrasts

Source: results/E01/20261011T154940Z-confirmatory-resumed/summary.csv. SHA-256: bee06647b9f70f64c12ef2b74f918b6ebeb9a8a5f0e5dc91c0f251ec37aaafc2.

This first view shows the 7 rows of the initial selection, out of 1620. With scripting, the page loads the same summary.csv offered for download and checks its SHA-256 against the manifest before other selections are enabled.

Event detection probability (proportion). Shaded bands show recorded 95% confidence intervals over runs, not packets.
Values and confidence bounds from the verified summary CSV. Exact values are available in the data table. Infinite and undefined values are listed below.0.00001.0000chronoroute / C2 / rate-0.3-middle / S=1.5 u1 / 2: 0; 95% CI [0, 0]chronoroutecrh16 / C2 / rate-0.3-middle / as run / 2: 0; 95% CI [0, 0]crh16e2e / C2 / rate-0.3-middle / as run / 2: 0; 95% CI [0, 0]e2elq / C2 / rate-0.3-middle / as run / 2: 1; 95% CI [1, 1]lqls_d / C2 / rate-0.3-middle / as run / 2: 0.6111111111111112; 95% CI [0.4438257405985373, 0.778396481623685]ls_dls_h / C2 / rate-0.3-middle / as run / 2: 0; 95% CI [0, 0]ls_h
Infinite or undefined results; retained, not replaced
  • o_q / C2 / rate-0.3-middle / as run / 2: estimate undefined; interval undefined to undefined

Data table

Showing 1–7 of 7 matching rows. The download contains every original row and column.

Values from summary.csv. Empty fields are shown as undefined; infinite effective latency remains infinite; a p-value stored as 0 is shown as below numerical resolution.
constconditionschemeruleselectedkncompleteevent_meanevent_loevent_hifprfpr_lofpr_hirestricted_mean_srestricted_lorestricted_hilost_at_faulteffective_p99_inf_flows
C2rate-0.3-middlechronorouteS=1.5 u1True236True0.00.00.00.004132805445578940.0032644556346587950.0050696292752744314.04.04.000
C2rate-0.3-middlecrh16as runTrue236True0.00.00.00.00.00.04.04.04.000
C2rate-0.3-middlee2eas runTrue236True0.00.00.00.00.00.04.04.04.000
C2rate-0.3-middlelqas runTrue236True1.01.01.00.00.00.01.36753880351.35537039070035561.379707216299644400
C2rate-0.3-middlels_das runTrue236True0.61111111111111120.44382574059853730.778396481623685undefinedundefinedundefined1.65603124041666681.01209916784798432.299963312985349600
C2rate-0.3-middlels_has runTrue236True0.00.00.0undefinedundefinedundefined4.04.04.000
C2rate-0.3-middleo_qas runTrue236Trueundefinedundefinedundefinedundefinedundefinedundefinedundefinedundefinedundefined00

Where ChronoRoute loses

Every listed point disadvantage is retained, including privileged-oracle advantages. Where a registered paired comparison exists for the same cell, its paired Student-t 95% interval and Holm-adjusted p-value are quoted; otherwise marginal intervals alone do not establish a significant loss. Ties in the predicted stuck-loss reduction are listed as unsupported advantages.

Rows against LS-D are kept as registered, but LS-D reads the injected delay without measurement noise and advertises any change, so they are not valid evidence about slowness detection.

Rows against LQ are robust: LQ is a practical local monitor using only local queue and ARQ state.

False-positive rows against E2E, LQ and CRH-16 compare different operating points; E2E runs at a clean false-positive rate of 0.

Descriptive comparisons from the same summary; source row numbers count data rows, excluding the header.
CellMetricPolicyChronoRouteComparatorComparator valueInterpretationSource rows
C2 / arq-0-middlefprchronoroute0.004132374900163212crh160.0Point disadvantage; no registered paired contrast for this metric12, 488
C2 / arq-0-middlefprchronoroute0.004132374900163212e2e0.0Point disadvantage; no registered paired contrast for this metric12, 542
C2 / arq-0-middlefprchronoroute0.004132374900163212lq0.0Point disadvantage; no registered paired contrast for this metric12, 596
C2 / arq-0.01-middlefprchronoroute0.004132374900163212crh160.0Point disadvantage; no registered paired contrast for this metric39, 491
C2 / arq-0.01-middlefprchronoroute0.004132374900163212e2e0.0Point disadvantage; no registered paired contrast for this metric39, 545
C2 / arq-0.01-middleevent_meanchronoroute0.19444444444444445lq0.3333333333333333Not significant after adjustment; paired difference -0.139 [-0.258, -0.0202] (Student-t 95%), Holm-adjusted p 139, 599
C2 / arq-0.01-middlerestricted_mean_schronoroute3.469621274916667lq2.9731989320277776Not significant after adjustment; paired difference 0.496 [0.149, 0.844] (Student-t 95%), Holm-adjusted p 0.53339, 599
C2 / arq-0.01-middlefprchronoroute0.004132374900163212lq0.0007639684689377366Point disadvantage; no registered paired contrast for this metric39, 599
C2 / arq-0.01-middleevent_meanchronoroute0.19444444444444445ls_d0.6666666666666666Registered material loss; paired difference -0.472 [-0.662, -0.283] (Student-t 95%), Holm-adjusted p 0.0015 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.39, 653
C2 / arq-0.01-middlerestricted_mean_schronoroute3.469621274916667ls_d1.5191717230555555Registered material loss; paired difference 1.95 [1.28, 2.62] (Student-t 95%), Holm-adjusted p 0.000121 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.39, 653
C2 / arq-0.1-firstfprchronoroute0.0040969377126588435crh160.0Point disadvantage; no registered paired contrast for this metric66, 494
C2 / arq-0.1-firstfprchronoroute0.0040969377126588435e2e0.0Point disadvantage; no registered paired contrast for this metric66, 548
C2 / arq-0.1-firstevent_meanchronoroute0.9166666666666666lq1.0Not significant after adjustment; paired difference -0.0833 [-0.178, 0.0115] (Student-t 95%), Holm-adjusted p 166, 602
C2 / arq-0.1-firstrestricted_mean_schronoroute0.9565635304722223lq0.1820156676111111Not significant after adjustment; paired difference 0.775 [0.354, 1.2] (Student-t 95%), Holm-adjusted p 0.058766, 602
C2 / arq-0.1-lastfprchronoroute0.004132087919719435crh160.0Point disadvantage; no registered paired contrast for this metric93, 497
C2 / arq-0.1-lastfprchronoroute0.004132087919719435e2e0.0Point disadvantage; no registered paired contrast for this metric93, 551
C2 / arq-0.1-lastevent_meanchronoroute0.3888888888888889lq1.0Registered material loss; paired difference -0.611 [-0.778, -0.444] (Student-t 95%), Holm-adjusted p 0.0000014393, 605
C2 / arq-0.1-lastrestricted_mean_schronoroute3.0245349839999998lq0.3206317333333334Registered material loss; paired difference 2.7 [2.27, 3.14] (Student-t 95%), Holm-adjusted p 1.48e-1293, 605
C2 / arq-0.1-lastfprchronoroute0.004132087919719435lq0.0034723427896801973Point disadvantage; no registered paired contrast for this metric93, 605
C2 / arq-0.1-lastevent_meanchronoroute0.3888888888888889ls_d0.6388888888888888Not significant after adjustment; paired difference -0.25 [-0.511, 0.0105] (Student-t 95%), Holm-adjusted p 1 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.93, 659
C2 / arq-0.1-lastrestricted_mean_schronoroute3.0245349839999998ls_d1.6750626075833335Not significant after adjustment; paired difference 1.35 [0.493, 2.21] (Student-t 95%), Holm-adjusted p 0.255 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.93, 659
C2 / arq-0.1-middlefprchronoroute0.004132374900163212crh160.0Point disadvantage; no registered paired contrast for this metric120, 500
C2 / arq-0.1-middlefprchronoroute0.004132374900163212e2e0.0Point disadvantage; no registered paired contrast for this metric120, 554
C2 / arq-0.1-middleevent_meanchronoroute0.3888888888888889lq1.0Registered material loss; paired difference -0.611 [-0.778, -0.444] (Student-t 95%), Holm-adjusted p 0.00000143120, 608
C2 / arq-0.1-middlerestricted_mean_schronoroute2.7202257176111115lq0.2955811941944444Registered material loss; paired difference 2.42 [1.87, 2.98] (Student-t 95%), Holm-adjusted p 2.23e-8120, 608
C2 / arq-0.1-middlefprchronoroute0.004132374900163212lq0.003785116505191513Point disadvantage; no registered paired contrast for this metric120, 608
C2 / arq-0.1-middleevent_meanchronoroute0.3888888888888889ls_d0.6666666666666666Not significant after adjustment; paired difference -0.278 [-0.486, -0.0698] (Student-t 95%), Holm-adjusted p 0.866 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.120, 662
C2 / arq-0.1-middlerestricted_mean_schronoroute2.7202257176111115ls_d1.5191717230555555Not significant after adjustment; paired difference 1.2 [0.437, 1.96] (Student-t 95%), Holm-adjusted p 0.256 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.120, 662
C2 / arq-0.3-middlefprchronoroute0.004132374900163212crh160.0Point disadvantage; no registered paired contrast for this metric147, 503
C2 / arq-0.3-middlefprchronoroute0.004132374900163212e2e0.0Point disadvantage; no registered paired contrast for this metric147, 557
C2 / arq-0.3-middleevent_meanchronoroute0.6388888888888888lq1.0Registered material loss; paired difference -0.361 [-0.526, -0.196] (Student-t 95%), Holm-adjusted p 0.00831147, 611
C2 / arq-0.3-middlerestricted_mean_schronoroute1.7659008346944445lq0.04863549058333332Registered material loss; paired difference 1.72 [1.11, 2.32] (Student-t 95%), Holm-adjusted p 0.000177147, 611
C2 / arq-0.3-middleevent_meanchronoroute0.6388888888888888ls_d0.6666666666666666Not significant after adjustment; paired difference -0.0278 [-0.217, 0.162] (Student-t 95%), Holm-adjusted p 1 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.147, 665
C2 / arq-0.3-middlerestricted_mean_schronoroute1.7659008346944445ls_d1.5191717230555555Not significant after adjustment; paired difference 0.247 [-0.455, 0.948] (Student-t 95%), Holm-adjusted p 1 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.147, 665
C2 / delay-0-middlefprchronoroute0.004132374900163212crh160.0Point disadvantage; no registered paired contrast for this metric174, 506
C2 / delay-0-middlefprchronoroute0.004132374900163212e2e0.0Point disadvantage; no registered paired contrast for this metric174, 560
C2 / delay-0-middlefprchronoroute0.004132374900163212lq0.0Point disadvantage; no registered paired contrast for this metric174, 614
C2 / delay-1000000-firstfprchronoroute0.0040969377126588435crh160.0Point disadvantage; no registered paired contrast for this metric201, 509
C2 / delay-1000000-firstfprchronoroute0.0040969377126588435e2e0.0Point disadvantage; no registered paired contrast for this metric201, 563
C2 / delay-1000000-firstfprchronoroute0.0040969377126588435lq0.0Point disadvantage; no registered paired contrast for this metric201, 617
C2 / delay-1000000-firstevent_meanchronoroute0.0ls_d0.4722222222222222Registered material loss; paired difference -0.472 [-0.644, -0.301] (Student-t 95%), Holm-adjusted p 0.000311 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.201, 671
C2 / delay-1000000-firstrestricted_mean_schronoroute4.0ls_d2.1947984257499997Registered material loss; paired difference 1.81 [1.15, 2.46] (Student-t 95%), Holm-adjusted p 0.000295 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.201, 671
C2 / delay-1000000-lastfprchronoroute0.004132087919719435crh160.0Point disadvantage; no registered paired contrast for this metric228, 512
C2 / delay-1000000-lastfprchronoroute0.004132087919719435e2e0.0Point disadvantage; no registered paired contrast for this metric228, 566
C2 / delay-1000000-lastfprchronoroute0.004132087919719435lq0.0Point disadvantage; no registered paired contrast for this metric228, 620
C2 / delay-1000000-lastevent_meanchronoroute0.0ls_d0.5555555555555556Registered material loss; paired difference -0.556 [-0.726, -0.385] (Student-t 95%), Holm-adjusted p 0.0000147 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.228, 674
C2 / delay-1000000-lastrestricted_mean_schronoroute4.0ls_d1.8413703749166668Registered material loss; paired difference 2.16 [1.5, 2.82] (Student-t 95%), Holm-adjusted p 0.0000142 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.228, 674
C2 / delay-1000000-middlefprchronoroute0.004132374900163212crh160.0Point disadvantage; no registered paired contrast for this metric255, 515
C2 / delay-1000000-middlefprchronoroute0.004132374900163212e2e0.0Point disadvantage; no registered paired contrast for this metric255, 569
C2 / delay-1000000-middlefprchronoroute0.004132374900163212lq0.0Point disadvantage; no registered paired contrast for this metric255, 623
C2 / delay-1000000-middleevent_meanchronoroute0.0ls_d0.6388888888888888Registered material loss; paired difference -0.639 [-0.804, -0.474] (Student-t 95%), Holm-adjusted p 4.04e-7 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.255, 677
C2 / delay-1000000-middlerestricted_mean_schronoroute4.0ls_d1.5438155981944446Registered material loss; paired difference 2.46 [1.82, 3.09] (Student-t 95%), Holm-adjusted p 4.15e-7 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.255, 677
C2 / delay-250000-middlefprchronoroute0.004132374900163212crh160.0Point disadvantage; no registered paired contrast for this metric282, 518
C2 / delay-250000-middlefprchronoroute0.004132374900163212e2e0.0Point disadvantage; no registered paired contrast for this metric282, 572
C2 / delay-250000-middlefprchronoroute0.004132374900163212lq0.0Point disadvantage; no registered paired contrast for this metric282, 626
C2 / delay-250000-middleevent_meanchronoroute0.0ls_d0.6388888888888888Registered material loss; paired difference -0.639 [-0.804, -0.474] (Student-t 95%), Holm-adjusted p 4.04e-7 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.282, 680
C2 / delay-250000-middlerestricted_mean_schronoroute4.0ls_d1.5438155981944446Registered material loss; paired difference 2.46 [1.82, 3.09] (Student-t 95%), Holm-adjusted p 4.15e-7 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.282, 680
C2 / delay-4000000-middlefprchronoroute0.004132374900163212crh160.0Point disadvantage; no registered paired contrast for this metric309, 521
C2 / delay-4000000-middlefprchronoroute0.004132374900163212e2e0.0Point disadvantage; no registered paired contrast for this metric309, 575
C2 / delay-4000000-middlefprchronoroute0.004132374900163212lq0.0Point disadvantage; no registered paired contrast for this metric309, 629
C2 / delay-4000000-middleevent_meanchronoroute0.0ls_d0.6388888888888888Registered material loss; paired difference -0.639 [-0.804, -0.474] (Student-t 95%), Holm-adjusted p 4.04e-7 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.309, 683
C2 / delay-4000000-middlerestricted_mean_schronoroute4.0ls_d1.5438155981944446Registered material loss; paired difference 2.46 [1.82, 3.09] (Student-t 95%), Holm-adjusted p 4.15e-7 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.309, 683
C2 / rate-0.2-middlefprchronoroute0.004112214671545565crh160.0Point disadvantage; no registered paired contrast for this metric336, 524
C2 / rate-0.2-middlefprchronoroute0.004112214671545565e2e0.0Point disadvantage; no registered paired contrast for this metric336, 578
C2 / rate-0.2-middlerestricted_mean_schronoroute0.06522071149999999lq0.01697295752777778Significant after adjustment, below the material threshold; paired difference 0.0482 [0.0439, 0.0526] (Student-t 95%), Holm-adjusted p < numerical resolution336, 632
C2 / rate-0.2-middlefprchronoroute0.004112214671545565lq0.0Point disadvantage; no registered paired contrast for this metric336, 632
C2 / rate-0.3-firstfprchronoroute0.004097649060666042crh160.0Point disadvantage; no registered paired contrast for this metric363, 527
C2 / rate-0.3-firstfprchronoroute0.004097649060666042e2e0.0Point disadvantage; no registered paired contrast for this metric363, 581
C2 / rate-0.3-firstevent_meanchronoroute0.0lq1.0Registered material loss; paired difference -1 [-1, -1] (Student-t 95%), Holm-adjusted p < numerical resolution (zero-variance branch)363, 635
C2 / rate-0.3-firstrestricted_mean_schronoroute4.0lq1.3692997175555557Registered material loss; paired difference 2.63 [2.62, 2.64] (Student-t 95%), Holm-adjusted p < numerical resolution363, 635
C2 / rate-0.3-firstfprchronoroute0.004097649060666042lq3.472463365511494e-05Point disadvantage; no registered paired contrast for this metric363, 635
C2 / rate-0.3-firstevent_meanchronoroute0.0ls_d0.6111111111111112Registered material loss; paired difference -0.611 [-0.778, -0.444] (Student-t 95%), Holm-adjusted p 0.00000143 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.363, 689
C2 / rate-0.3-firstrestricted_mean_schronoroute4.0ls_d1.989890764666667Registered material loss; paired difference 2.01 [1.39, 2.63] (Student-t 95%), Holm-adjusted p 0.0000148 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.363, 689
C2 / rate-0.3-lastfprchronoroute0.00413280544557894crh160.0Point disadvantage; no registered paired contrast for this metric390, 530
C2 / rate-0.3-lastfprchronoroute0.00413280544557894e2e0.0Point disadvantage; no registered paired contrast for this metric390, 584
C2 / rate-0.3-lastevent_meanchronoroute0.0lq1.0Registered material loss; paired difference -1 [-1, -1] (Student-t 95%), Holm-adjusted p < numerical resolution (zero-variance branch)390, 638
C2 / rate-0.3-lastrestricted_mean_schronoroute4.0lq1.367952981777778Registered material loss; paired difference 2.63 [2.62, 2.64] (Student-t 95%), Holm-adjusted p < numerical resolution390, 638
C2 / rate-0.3-lastfprchronoroute0.00413280544557894lq0.0Point disadvantage; no registered paired contrast for this metric390, 638
C2 / rate-0.3-lastevent_meanchronoroute0.0ls_d0.6666666666666666Registered material loss; paired difference -0.667 [-0.828, -0.505] (Student-t 95%), Holm-adjusted p 9.84e-8 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.390, 692
C2 / rate-0.3-lastrestricted_mean_schronoroute4.0ls_d1.6156081411666667Registered material loss; paired difference 2.38 [1.77, 3] (Student-t 95%), Holm-adjusted p 4.15e-7 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.390, 692
C2 / rate-0.3-middlefprchronoroute0.00413280544557894crh160.0Point disadvantage; no registered paired contrast for this metric417, 533
C2 / rate-0.3-middlefprchronoroute0.00413280544557894e2e0.0Point disadvantage; no registered paired contrast for this metric417, 587
C2 / rate-0.3-middleevent_meanchronoroute0.0lq1.0Registered material loss; paired difference -1 [-1, -1] (Student-t 95%), Holm-adjusted p < numerical resolution (zero-variance branch)417, 641
C2 / rate-0.3-middlerestricted_mean_schronoroute4.0lq1.3675388035Registered material loss; paired difference 2.63 [2.62, 2.64] (Student-t 95%), Holm-adjusted p < numerical resolution417, 641
C2 / rate-0.3-middlefprchronoroute0.00413280544557894lq0.0Point disadvantage; no registered paired contrast for this metric417, 641
C2 / rate-0.3-middleevent_meanchronoroute0.0ls_d0.6111111111111112Registered material loss; paired difference -0.611 [-0.778, -0.444] (Student-t 95%), Holm-adjusted p 0.00000143 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.417, 695
C2 / rate-0.3-middlerestricted_mean_schronoroute4.0ls_d1.6560312404166668Registered material loss; paired difference 2.34 [1.7, 2.99] (Student-t 95%), Holm-adjusted p 0.00000144 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.417, 695
C2 / rate-0.6-middlefprchronoroute0.004132374900163212crh160.0Point disadvantage; no registered paired contrast for this metric444, 536
C2 / rate-0.6-middlefprchronoroute0.004132374900163212e2e0.0Point disadvantage; no registered paired contrast for this metric444, 590
C2 / rate-0.6-middlefprchronoroute0.004132374900163212lq0.0Point disadvantage; no registered paired contrast for this metric444, 644
C2 / rate-1-middlefprchronoroute0.004132374900163212crh160.0Point disadvantage; no registered paired contrast for this metric471, 539
C2 / rate-1-middlefprchronoroute0.004132374900163212e2e0.0Point disadvantage; no registered paired contrast for this metric471, 593
C2 / rate-1-middlefprchronoroute0.004132374900163212lq0.0Point disadvantage; no registered paired contrast for this metric471, 647
C5 / arq-0-middlefprchronoroute0.005868259314559534crh160.0Point disadvantage; no registered paired contrast for this metric822, 1298
C5 / arq-0-middlefprchronoroute0.005868259314559534e2e0.0Point disadvantage; no registered paired contrast for this metric822, 1352
C5 / arq-0-middlefprchronoroute0.005868259314559534lq0.0Point disadvantage; no registered paired contrast for this metric822, 1406
C5 / arq-0.01-middlefprchronoroute0.005868259314559534crh160.0Point disadvantage; no registered paired contrast for this metric849, 1301
C5 / arq-0.01-middlefprchronoroute0.005868259314559534e2e0.0Point disadvantage; no registered paired contrast for this metric849, 1355
C5 / arq-0.01-middleevent_meanchronoroute0.19444444444444445lq0.6111111111111112Registered material loss; paired difference -0.417 [-0.586, -0.247] (Student-t 95%), Holm-adjusted p 0.00178849, 1409
C5 / arq-0.01-middlerestricted_mean_schronoroute3.4906426665lq2.376601897611111Registered material loss; paired difference 1.11 [0.621, 1.61] (Student-t 95%), Holm-adjusted p 0.00538849, 1409
C5 / arq-0.01-middlefprchronoroute0.005868259314559534lq0.0008333622695232473Point disadvantage; no registered paired contrast for this metric849, 1409
C5 / arq-0.01-middleevent_meanchronoroute0.19444444444444445ls_d0.6111111111111112Registered material loss; paired difference -0.417 [-0.604, -0.229] (Student-t 95%), Holm-adjusted p 0.00696 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.849, 1463
C5 / arq-0.01-middlerestricted_mean_schronoroute3.4906426665ls_d1.8617553129166664Registered material loss; paired difference 1.63 [0.965, 2.29] (Student-t 95%), Holm-adjusted p 0.00176 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.849, 1463
C5 / arq-0.1-firstfprchronoroute0.005833333333333334crh160.0Point disadvantage; no registered paired contrast for this metric876, 1304
C5 / arq-0.1-firstfprchronoroute0.005833333333333334e2e0.0Point disadvantage; no registered paired contrast for this metric876, 1358
C5 / arq-0.1-firstevent_meanchronoroute0.75lq0.8611111111111112Not significant after adjustment; paired difference -0.111 [-0.219, -0.00327] (Student-t 95%), Holm-adjusted p 1876, 1412
C5 / arq-0.1-firstrestricted_mean_schronoroute1.4977735351666668lq0.9634321836666666Not significant after adjustment; paired difference 0.534 [0.171, 0.898] (Student-t 95%), Holm-adjusted p 0.436876, 1412
C5 / arq-0.1-firstfprchronoroute0.005833333333333334lq0.0040625Point disadvantage; no registered paired contrast for this metric876, 1412
C5 / arq-0.1-lastfprchronoroute0.00583373845405931crh160.0Point disadvantage; no registered paired contrast for this metric903, 1307
C5 / arq-0.1-lastfprchronoroute0.00583373845405931e2e0.0Point disadvantage; no registered paired contrast for this metric903, 1361
C5 / arq-0.1-lastevent_meanchronoroute0.4166666666666667lq0.8888888888888888Registered material loss; paired difference -0.472 [-0.644, -0.301] (Student-t 95%), Holm-adjusted p 0.000311903, 1415
C5 / arq-0.1-lastrestricted_mean_schronoroute2.813100250083333lq0.7313199386388889Registered material loss; paired difference 2.08 [1.52, 2.64] (Student-t 95%), Holm-adjusted p 8.45e-7903, 1415
C5 / arq-0.1-lastfprchronoroute0.00583373845405931lq0.002777970692409195Point disadvantage; no registered paired contrast for this metric903, 1415
C5 / arq-0.1-lastevent_meanchronoroute0.4166666666666667ls_d0.5833333333333334Not significant after adjustment; paired difference -0.167 [-0.416, 0.0826] (Student-t 95%), Holm-adjusted p 1 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.903, 1469
C5 / arq-0.1-lastrestricted_mean_schronoroute2.813100250083333ls_d2.2330287874166665Not significant after adjustment; paired difference 0.58 [-0.162, 1.32] (Student-t 95%), Holm-adjusted p 1 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.903, 1469
C5 / arq-0.1-middlefprchronoroute0.005868259314559534crh160.0Point disadvantage; no registered paired contrast for this metric930, 1310
C5 / arq-0.1-middlefprchronoroute0.005868259314559534e2e0.0Point disadvantage; no registered paired contrast for this metric930, 1364
C5 / arq-0.1-middleevent_meanchronoroute0.4166666666666667lq0.8611111111111112Registered material loss; paired difference -0.444 [-0.615, -0.274] (Student-t 95%), Holm-adjusted p 0.000757930, 1418
C5 / arq-0.1-middlerestricted_mean_schronoroute2.565014645lq0.7787164580833332Registered material loss; paired difference 1.79 [1.19, 2.38] (Student-t 95%), Holm-adjusted p 0.0000718930, 1418
C5 / arq-0.1-middlefprchronoroute0.005868259314559534lq0.003819577068648217Point disadvantage; no registered paired contrast for this metric930, 1418
C5 / arq-0.1-middleevent_meanchronoroute0.4166666666666667ls_d0.6111111111111112Not significant after adjustment; paired difference -0.194 [-0.421, 0.0317] (Student-t 95%), Holm-adjusted p 1 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.930, 1472
C5 / arq-0.1-middlerestricted_mean_schronoroute2.565014645ls_d1.8617553129166664Not significant after adjustment; paired difference 0.703 [-0.104, 1.51] (Student-t 95%), Holm-adjusted p 1 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.930, 1472
C5 / arq-0.3-middlefprchronoroute0.005868259314559534crh160.0Point disadvantage; no registered paired contrast for this metric957, 1313
C5 / arq-0.3-middlefprchronoroute0.005868259314559534e2e0.0Point disadvantage; no registered paired contrast for this metric957, 1367
C5 / arq-0.3-middleevent_meanchronoroute0.6388888888888888lq1.0Registered material loss; paired difference -0.361 [-0.526, -0.196] (Student-t 95%), Holm-adjusted p 0.00831957, 1421
C5 / arq-0.3-middlerestricted_mean_schronoroute1.7488938587777776lq0.06890149611111111Registered material loss; paired difference 1.68 [1.08, 2.28] (Student-t 95%), Holm-adjusted p 0.000246957, 1421
C5 / delay-0-middlefprchronoroute0.005868259314559534crh160.0Point disadvantage; no registered paired contrast for this metric984, 1316
C5 / delay-0-middlefprchronoroute0.005868259314559534e2e0.0Point disadvantage; no registered paired contrast for this metric984, 1370
C5 / delay-0-middlefprchronoroute0.005868259314559534lq0.0Point disadvantage; no registered paired contrast for this metric984, 1424
C5 / delay-1000000-firstfprchronoroute0.005833333333333334crh160.0Point disadvantage; no registered paired contrast for this metric1011, 1319
C5 / delay-1000000-firstfprchronoroute0.005833333333333334e2e0.0Point disadvantage; no registered paired contrast for this metric1011, 1373
C5 / delay-1000000-firstfprchronoroute0.005833333333333334lq0.0Point disadvantage; no registered paired contrast for this metric1011, 1427
C5 / delay-1000000-firstevent_meanchronoroute0.08333333333333333ls_d0.5555555555555556Registered material loss; paired difference -0.472 [-0.678, -0.266] (Student-t 95%), Holm-adjusted p 0.00459 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1011, 1481
C5 / delay-1000000-firstrestricted_mean_schronoroute3.8123646889166665ls_d1.8338578987222225Registered material loss; paired difference 1.98 [1.24, 2.72] (Student-t 95%), Holm-adjusted p 0.000476 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1011, 1481
C5 / delay-1000000-lastfprchronoroute0.00583373845405931crh160.0Point disadvantage; no registered paired contrast for this metric1038, 1322
C5 / delay-1000000-lastfprchronoroute0.00583373845405931e2e0.0Point disadvantage; no registered paired contrast for this metric1038, 1376
C5 / delay-1000000-lastfprchronoroute0.00583373845405931lq0.0Point disadvantage; no registered paired contrast for this metric1038, 1430
C5 / delay-1000000-lastevent_meanchronoroute0.0ls_d0.4444444444444444Registered material loss; paired difference -0.444 [-0.615, -0.274] (Student-t 95%), Holm-adjusted p 0.000757 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1038, 1484
C5 / delay-1000000-lastrestricted_mean_schronoroute4.0ls_d2.5420230462499998Registered material loss; paired difference 1.46 [0.833, 2.08] (Student-t 95%), Holm-adjusted p 0.00354 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1038, 1484
C5 / delay-1000000-middlefprchronoroute0.005868259314559534crh160.0Point disadvantage; no registered paired contrast for this metric1065, 1325
C5 / delay-1000000-middlefprchronoroute0.005868259314559534e2e0.0Point disadvantage; no registered paired contrast for this metric1065, 1379
C5 / delay-1000000-middlefprchronoroute0.005868259314559534lq0.0Point disadvantage; no registered paired contrast for this metric1065, 1433
C5 / delay-1000000-middleevent_meanchronoroute0.0ls_d0.5555555555555556Registered material loss; paired difference -0.556 [-0.726, -0.385] (Student-t 95%), Holm-adjusted p 0.0000147 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1065, 1487
C5 / delay-1000000-middlerestricted_mean_schronoroute4.0ls_d1.9280966396388892Registered material loss; paired difference 2.07 [1.41, 2.73] (Student-t 95%), Holm-adjusted p 0.0000264 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1065, 1487
C5 / delay-250000-middlefprchronoroute0.005868259314559534crh160.0Point disadvantage; no registered paired contrast for this metric1092, 1328
C5 / delay-250000-middlefprchronoroute0.005868259314559534e2e0.0Point disadvantage; no registered paired contrast for this metric1092, 1382
C5 / delay-250000-middlefprchronoroute0.005868259314559534lq0.0Point disadvantage; no registered paired contrast for this metric1092, 1436
C5 / delay-250000-middleevent_meanchronoroute0.0ls_d0.5555555555555556Registered material loss; paired difference -0.556 [-0.726, -0.385] (Student-t 95%), Holm-adjusted p 0.0000147 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1092, 1490
C5 / delay-250000-middlerestricted_mean_schronoroute4.0ls_d1.9280966396388892Registered material loss; paired difference 2.07 [1.41, 2.73] (Student-t 95%), Holm-adjusted p 0.0000264 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1092, 1490
C5 / delay-4000000-middlefprchronoroute0.005868259314559534crh160.0Point disadvantage; no registered paired contrast for this metric1119, 1331
C5 / delay-4000000-middlefprchronoroute0.005868259314559534e2e0.0Point disadvantage; no registered paired contrast for this metric1119, 1385
C5 / delay-4000000-middlefprchronoroute0.005868259314559534lq0.0Point disadvantage; no registered paired contrast for this metric1119, 1439
C5 / delay-4000000-middleevent_meanchronoroute0.05555555555555555ls_d0.5277777777777778Registered material loss; paired difference -0.472 [-0.644, -0.301] (Student-t 95%), Holm-adjusted p 0.000311 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1119, 1493
C5 / delay-4000000-middlerestricted_mean_schronoroute3.8067143592777777ls_d1.9536741829444446Registered material loss; paired difference 1.85 [1.19, 2.51] (Student-t 95%), Holm-adjusted p 0.000207 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1119, 1493
C5 / rate-0.2-middlefprchronoroute0.005819423633132383crh160.0Point disadvantage; no registered paired contrast for this metric1146, 1334
C5 / rate-0.2-middlefprchronoroute0.005819423633132383e2e0.0Point disadvantage; no registered paired contrast for this metric1146, 1388
C5 / rate-0.2-middlerestricted_mean_schronoroute0.0735032322777778lq0.01668116588888889Significant after adjustment, below the material threshold; paired difference 0.0568 [0.0499, 0.0638] (Student-t 95%), Holm-adjusted p < numerical resolution1146, 1442
C5 / rate-0.2-middlefprchronoroute0.005819423633132383lq0.0Point disadvantage; no registered paired contrast for this metric1146, 1442
C5 / rate-0.3-firstfprchronoroute0.005834548864346739crh160.0Point disadvantage; no registered paired contrast for this metric1173, 1337
C5 / rate-0.3-firstfprchronoroute0.005834548864346739e2e0.0Point disadvantage; no registered paired contrast for this metric1173, 1391
C5 / rate-0.3-firstevent_meanchronoroute0.25lq1.0Registered material loss; paired difference -0.75 [-0.899, -0.601] (Student-t 95%), Holm-adjusted p 6.2e-101173, 1445
C5 / rate-0.3-firstrestricted_mean_schronoroute3.7816269789166665lq1.323009700611111Registered material loss; paired difference 2.46 [2.26, 2.65] (Student-t 95%), Holm-adjusted p < numerical resolution1173, 1445
C5 / rate-0.3-firstfprchronoroute0.005834548864346739lq0.0Point disadvantage; no registered paired contrast for this metric1173, 1445
C5 / rate-0.3-firstevent_meanchronoroute0.25ls_d0.5555555555555556Not significant after adjustment; paired difference -0.306 [-0.559, -0.0521] (Student-t 95%), Holm-adjusted p 1 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1173, 1499
C5 / rate-0.3-firstrestricted_mean_schronoroute3.7816269789166665ls_d1.9717415341944442Registered material loss; paired difference 1.81 [1.09, 2.53] (Student-t 95%), Holm-adjusted p 0.00115 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1173, 1499
C5 / rate-0.3-lastfprchronoroute0.005834346240666782crh160.0Point disadvantage; no registered paired contrast for this metric1200, 1340
C5 / rate-0.3-lastfprchronoroute0.005834346240666782e2e0.0Point disadvantage; no registered paired contrast for this metric1200, 1394
C5 / rate-0.3-lastevent_meanchronoroute0.0lq1.0Registered material loss; paired difference -1 [-1, -1] (Student-t 95%), Holm-adjusted p < numerical resolution (zero-variance branch)1200, 1448
C5 / rate-0.3-lastrestricted_mean_schronoroute4.0lq1.3232125755277775Registered material loss; paired difference 2.68 [2.65, 2.7] (Student-t 95%), Holm-adjusted p < numerical resolution1200, 1448
C5 / rate-0.3-lastfprchronoroute0.005834346240666782lq0.0Point disadvantage; no registered paired contrast for this metric1200, 1448
C5 / rate-0.3-lastevent_meanchronoroute0.0ls_d0.5555555555555556Registered material loss; paired difference -0.556 [-0.726, -0.385] (Student-t 95%), Holm-adjusted p 0.0000147 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1200, 1502
C5 / rate-0.3-lastrestricted_mean_schronoroute4.0ls_d2.279200896888889Registered material loss; paired difference 1.72 [1.13, 2.31] (Student-t 95%), Holm-adjusted p 0.000122 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1200, 1502
C5 / rate-0.3-middlefprchronoroute0.0058688706764828446crh160.0Point disadvantage; no registered paired contrast for this metric1227, 1343
C5 / rate-0.3-middlefprchronoroute0.0058688706764828446e2e0.0Point disadvantage; no registered paired contrast for this metric1227, 1397
C5 / rate-0.3-middleevent_meanchronoroute0.0lq1.0Registered material loss; paired difference -1 [-1, -1] (Student-t 95%), Holm-adjusted p < numerical resolution (zero-variance branch)1227, 1451
C5 / rate-0.3-middlerestricted_mean_schronoroute4.0lq1.3231592685555558Registered material loss; paired difference 2.68 [2.65, 2.7] (Student-t 95%), Holm-adjusted p < numerical resolution1227, 1451
C5 / rate-0.3-middlefprchronoroute0.0058688706764828446lq0.0Point disadvantage; no registered paired contrast for this metric1227, 1451
C5 / rate-0.3-middleevent_meanchronoroute0.0ls_d0.6111111111111112Registered material loss; paired difference -0.611 [-0.778, -0.444] (Student-t 95%), Holm-adjusted p 0.00000143 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1227, 1505
C5 / rate-0.3-middlerestricted_mean_schronoroute4.0ls_d1.8599002083611111Registered material loss; paired difference 2.14 [1.5, 2.78] (Student-t 95%), Holm-adjusted p 0.00000764 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1227, 1505
C5 / rate-0.6-middlefprchronoroute0.005868259314559534crh160.0Point disadvantage; no registered paired contrast for this metric1254, 1346
C5 / rate-0.6-middlefprchronoroute0.005868259314559534e2e0.0Point disadvantage; no registered paired contrast for this metric1254, 1400
C5 / rate-0.6-middlefprchronoroute0.005868259314559534lq0.0Point disadvantage; no registered paired contrast for this metric1254, 1454
C5 / rate-0.6-middleevent_meanchronoroute0.0ls_d0.027777777777777776Not significant after adjustment; paired difference -0.0278 [-0.0842, 0.0286] (Student-t 95%), Holm-adjusted p 1 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1254, 1508
C5 / rate-0.6-middlerestricted_mean_schronoroute4.0ls_d3.9755237781111115Not significant after adjustment; paired difference 0.0245 [-0.0252, 0.0742] (Student-t 95%), Holm-adjusted p 1 LS-D comparator flaw: it reads the injected delay without noise and advertises any change, so this is not valid evidence about slowness detection.1254, 1508
C5 / rate-1-middlefprchronoroute0.005868259314559534crh160.0Point disadvantage; no registered paired contrast for this metric1281, 1349
C5 / rate-1-middlefprchronoroute0.005868259314559534e2e0.0Point disadvantage; no registered paired contrast for this metric1281, 1403
C5 / rate-1-middlefprchronoroute0.005868259314559534lq0.0Point disadvantage; no registered paired contrast for this metric1281, 1457

Limitations

  • Detection is counterfactual with common random numbers; loss before a checker can prevent an alarm.
  • Selected rules are frozen from the pilot. Other rule and event-setting sweeps remain available in the table.
  • Chart intervals are marginal per-cell intervals. The verdict quotes the registered paired comparisons from paired_contrasts.csv: paired Student-t 95% intervals (primary) with Holm-adjusted p-values. A binary endpoint that is 0 or 1 in every run gives a zero-width interval.
  • The rate-cut fault at factor 0.3 is the registered nominal magnitude. With fluid background traffic at 0.3 of nominal capacity, that cut puts the link at exactly full load, so the queue stays short and fits inside the S = 1.5 budgets.
  • S = 1.5 gives each hop a deadline at 1.5 times the planned elapsed time, which leaves several milliseconds of spare time mid-path; 0.25 to 4 ms of added delay fits inside it. Looser rules detect more but exceed the registered 1% false-positive limit (rows with selected = False).
  • LS-D is not a valid comparator for slowness detection in this release: its measurement is the queue estimate plus the exact injected fault delay plus the expected ARQ delay computed from the configured loss probability, with no measurement noise. With the registered 1 s update interval it re-advertises any nonzero change, so its 20% threshold never matters, and a run counts as detected unless a twin advert coincides. Its numbers stay as registered but are not evidence either way.
  • LS-H and CRH-16 have no slowness detector, so ChronoRoute wins against them hold by construction. E2E runs at a clean false-positive rate of 0, so comparisons with it are not at matched false-positive rates. LQ uses only local queue and ARQ state; its advantages are robust.
  • Pair 0 has only 2 ISLs, so its middle and last fault positions are the same link.
  • O-Q is a privileged oracle. The local queue monitor is a practical comparator.

These pages use only summary.csv and manifest.json, plus paired_contrasts.csv for the verdict and the paired comparisons quoted above; each file is checked against the manifest SHA-256. They do not infer missing comparisons from figures, reports, raw traces or other result files.

How this was made

Recorded producer
E01 confirmatory campaign (1.0.0.dev0)
Manifest commit
b896bad3bbc13bd1f715d69ca1e8fc7e2b2c477d; dirty: false
Run
530515825cdf3e1b
Time
2026-10-11T15:49:42.730920Z to 2026-10-11T16:56:48.288356Z; 4025.557391 seconds of recorded host wall time (REAL)
Snapshot
20261010T1358Z-celestrak; SHA-256: c37e70812155c2d1d9eeb3e96681303c00c9fca91287939b21bf5313ce83aecd
Seeds
1000, 1001, 1002, 1003, 1004, 1005, 1006, 1007, 1008, 1009, 1010, 1011, 1012, 1013, 1014, 1015, 1016, 1017, 1018, 1019, 1020, 1021, 1022, 1023, 1024, 1025, 1026, 1027, 1028, 1029, 1030, 1031, 1032, 1033, 1034, 1035
Command
venv/bin/python -B experiments/E01/confirm.py --pilot results/E01/20261011T113605Z-pilot --prerequisites results/E01/20261011T130817Z-calibration --e0 results/E00/20261011T100448Z --out results/E01/20261011T154940Z-confirmatory-resumed --workers 8 --resume-from results/E01/20261011T131015Z-confirmatory
Config SHA-256
12850bacd4b79a5202deacfd6a2331098deab85b5772a6d74549bad8d6e8db9f
Labels
  • fault_slow_link: MODELLED
  • isl_topology_grid4: MODELLED
  • orbital_elements: REAL
  • routes_and_budgets: DERIVED
  • traffic_probes: MODELLED

C2 override: C2 elements and positions MODELLED

Manifest

chronoroute.manifest/1; 5271 recorded output files (85422193 bytes); 9 recorded input hashes. Download the full manifest (991950 bytes, SHA-256 80158cb7b3106183fe646caadc5f41d1667817823e12a4b29890975d78be82b9) for the configuration, versions, host and every input and output hash.

  • summary.csv: 1399049 bytes, SHA-256 bee06647b9f70f64c12ef2b74f918b6ebeb9a8a5f0e5dc91c0f251ec37aaafc2
  • paired_contrasts.csv: 45577 bytes, SHA-256 c44cf51fcbd9985204222fba0a7b419c2418ce3187bffd46f37b2ebfa639b6d5
  • Versions: chronoroute 1.0.0.dev0; matplotlib 3.11.1; networkx 3.6.1; numpy 2.5.3; python 3.14.4; sgp4 2.27
  • Host (REAL): cpu_model: 13th Gen Intel(R) Core(TM) i9-13900H; logical_cores: 20; machine: x86_64; platform: Linux-6.18.33.2-microsoft-standard-WSL2-x86_64-with-glibc2.43; ram_bytes: 8131358720

For collected results, the manifest commit identifies the collector. Input hashes preserve the producer chain in the downloaded manifest; this page does not load those additional files.