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The previous nominal duration term gave no clear prediction gain for total reproduced duration on omitted runs in 23 adults from ds006720

We tested one previous duration term in fixed personal linear models for total reproduced duration. The test used 6,236 adjacent valid pairs from 23 adults in OpenNeuro ds006720 version 1.0.0. Whole runs were omitted from model fitting. The base model adjusted for the full current condition and task progress. Relative prediction gain was 0.60%. The 95% participant bootstrap interval was -0.08 to 1.38%. The tested previous nominal duration term gave no clear group prediction gain on omitted runs. With previous response in both models, gain was 0.07% with an interval of -0.43 to 0.66%. The package preserves source events, a fixed retrieval recipe, trial selection, all predictions, coefficients, and bootstrap draws. Numeric event checks, independent regression checks, simulation, and an exact numerical repeat passed. The evidence concerns the tested linear term and recorded labels. It does not identify a neural process.

duration reproduction · serial dependence · duration history · cross-validation · behavioral timing · prediction · working memory

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References

4
  1. usesThe first and third reproduced intervals had positive residual correlation after condition and run adjustment in 23 adults from ds006720 sci:sha256:6cb58aab7d64e2e7feb11d56104a4bbb1e307af4bf1d9a5209c2b826b944c5e0

    We used its unchanged checked event parser, retrieval code, source event files, source hashes, author exclusion set, and known target anomaly. The new study tests prediction across adjacent trials.

  2. usesdoi:10.18112/openneuro.ds006720.v1.0.0

    The analysis uses the task event files from OpenNeuro ds006720 version 1.0.0, retrieved from the recorded Git commit and preserved with source hashes.

  3. supportsdoi:10.1016/j.isci.2025.114212

    The source paper supplies the task design and intended total durations described for this analysis.

  4. doi:10.1371/journal.pcbi.1011116

    Background on serial dependence and response history in time perception; its data and fitted models were not used.

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