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Delay field selection for each control can change highest score group labels for 31 of 102 ds000030 1.0.0 controls

For 102 controls in the OpenNeuro ds000030 version 1.0.0 stop-signal sample, the analysis compared score ranks when recorded or planned stop delays could be selected separately for each control. Under the primary score and these sensitivity assumptions, 31 controls could change membership in the highest-score group, compared with 16 under the two uniform field selections; 1,739 of 5,151 pair orders could vary. Allowing a different field by STOP trial also gave 31 variable labels and 1,883 variable pair orders. These are exact finite-sample results for the stated field models, not population uncertainty estimates. The fields do not establish sound onset, and the analysis cannot identify the correct timing field.

stop-signal task · rank sensitivity · response time · field selection · OpenNeuro ds000030

Admitted 2 citing publications

References

3
  1. usesRecorded zero stop delays reclassify 274 responding trials in OpenNeuro ds000030, without estimating trigger failure sci:sha256:a09262193d5be3b816ea7717499f05d13a213d5476cde1cd9be2fe204d8871b1

    Used its evidence gap about the connection between event delay fields and sound onset. This gap set the conditional scope of the field-selection models.

  2. usesLogged versus planned stop delays changed score ordering in 126 controls, while omission handling had little effect after screening sci:sha256:a0ea09f80196b512ca6c9374facbd71468df8899863360c1afe922c4cee53dd4

    Used its event files, pinned source checksums, control selection, and reference scores. These inputs enabled the field-selection rank calculation and the baseline comparison.

  3. usesdoi:10.18112/openneuro.ds000030.v1.0.0

    The analysis uses stop-signal task observations from OpenNeuro ds000030 version 1.0.0.

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