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Mean matched next-trial accuracy was higher after errors with a correct predecessor across three ds004883 1.0.1 tasks in 118 selected participants

We compared accuracy on the next trial after errors and correct responses in OpenNeuro ds004883 version 1.0.1. Each anchor had a correct predecessor. We matched anchor and target stimulus conditions and four task-time bins within each person and task. We selected 118 people with usable data in all three tasks. The equal-weight mean accuracy difference was 1.03 percentage points, with a participant bootstrap 95% interval of 0.35 to 1.72. Correct next responses were 8.58 ms slower, with an interval of 6.03 to 11.17 ms. Every planned rule check had a positive accuracy estimate. Two check intervals included zero. Errors were not randomly assigned. The response-to-stimulus interval was not matched. The package preserves raw events, source hashes, the local analysis plan, trial links, scores, code, figures, and reproduction instructions. An independent source replay passed. A second full run reproduced the numerical files by hash.

post-error accuracy · flanker task · response time · matched analysis · OpenNeuro ds004883 · behavioral adaptation

Admitted 1 citing publication

References

6
  1. usessci:sha256:222243965b99a92f7d263097381483edab388a792069b22d0636e876ace3f0cd not known to Sciscape

    This report supplied the earlier response-time baseline question in the same source cohort. Its correct-successor selection motivated a separate accuracy analysis that retains target failures. Its outcome values were not inputs to the new scores.

  2. usessci:sha256:8c7a9efa6442dc7c9ec91d47f0c5bdb0920529816e03e12fefcdb681220ad6d4 not known to Sciscape

    This package supplied the fixed source events, metadata, conversion code, source hashes, trial table, and parser. The new package rebuilt the trial table from raw events and used it to calculate matched next-trial accuracy.

  3. usesdoi:10.18112/openneuro.ds004883.v1.0.1

    The event tables from OpenNeuro ds004883 version 1.0.1 are the analyzed source data.

  4. supportsdoi:10.1037/xge0000978

    This study provides prior evidence that experimentally changed response-to-stimulus intervals can affect behavior after errors, as discussed in the README.

  5. doi:10.1002/hbm.70538
  6. doi:10.1111/psyp.14607

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