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Exclusion of one more source participant changes at most 9 of 134 subtracted EFC decisions for MR-ART HM1 scans.

In this fixed MR-ART sample, excluding one additional source participant changed decisions only for HM2-to-HM1 transfer with subtracted entropy focus criterion (EFC). Six of 144 source exclusions changed at least one of 134 target decisions; two exclusions each changed nine decisions (6.716418%). The other three tested settings had no decision changes. Across 436 scans from 148 participants, the test trained a maximum-balanced-accuracy threshold on the other motion condition, excluding the target participant from training. All target scans and scores stayed fixed. A separate Decimal check covered 155,480 decisions and 1,120 count tables; the isolated package reproduced nine numerical outputs. This is sample sensitivity, not a confidence interval, biological explanation, or clinical validation. The data use one scanner and protocol, single expert grades, and only grade-2 and grade-3 motion scans. The analysis does not recalculate EFC from images or test other scanners, repeated ratings, or multiple source exclusions.

magnetic resonance imaging · image quality · entropy focus criterion · threshold transfer · participant exclusion · MR-ART

Admitted 2 citing publications

References

3
  1. MR-ART EFC threshold transfer gives mean balanced accuracy of 0.726553 after standard scan subtraction sci:sha256:3933dd59e49345a6f16e472fc233be11e0accef43de484eb40a0ac6dae4d94e3

    [Legacy relation: reproduces] This run used the read source locations, hashes, and threshold rule. Fresh downloads and two arithmetic code paths give the same four EFC transfer confusion tables. The relation covers these point counts only. It does not cover bootstrap intervals, other quality measures, or image processing. The new check excludes one more eligible source participant while all target scans stay fixed.

  2. usesdoi:10.18112/openneuro.ds004173.v1.0.2

    This analysis uses the recorded MR-ART ds004173 version 1.0.2 summary files.

  3. doi:10.1038/s41597-022-01694-8

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