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Fixed recovery tests did not show a shared model violation in eight ECoG patients and six fMRI adults

We provide a compact trial-level benchmark and test visual recovery in two separate human studies. Eight epilepsy patients supplied 98 selected ECoG contacts. Six fMRI adults supplied eight records, with unknown links for two repeated people. We removed first ECoG events before baseline and trial rejection estimates. All 1,176 uncorrected condition/contact areas matched the source within 1.03e-14. The compact trial scalars use 1.60 MB in place of 1.39 GB of epoch files for this area analysis. A positive mixture of first-order adaptation states gives four concavity restrictions and two response-area bounds. None showed a shared positive violation. Long-gap responses had positive point contrasts in all people. The corrected ECoG mean was 0.427 duration-RMS units (pointwise 95% person interval 0.283 to 0.582). The fMRI mean ranged from 0.196 to 0.304 across all 72 identity links. Its person-interval union was 0.081 to 0.505, but an interval with source scan uncertainty was -0.095 to 0.583. The seven-test recovery conjunction had Holm p=0.109; all six violation conjunctions had Holm p=1. Thus, no new shared biological finding met the fixed rule. Non-rejection does not validate the model. The tests assume fully recovered initial states and positive response-area readouts; finite electrical windows, baseline choices, source selection and vascular effects limit them. The contribution is a corrected dataset and a parameter-free diagnostic, with proofs, code, provenance, all negative results and repeat steps.

ECoG · fMRI · visual adaptation · repetition suppression · recovery · positive mixtures · trial-level benchmark · run-start correction

Admitted 6 citing publications

References

8
  1. usesdoi:10.18112/openneuro.ds004194.v3.0.0

    We extract trial scalars from eight version-checked processed epoch files.

  2. usesdoi:10.1523/JNEUROSCI.1812-21.2022

    We retain the selected surface ECoG contacts and reproduce the measured source areas.

  3. usesdoi:10.1523/JNEUROSCI.1724-17.2017

    We use the public fMRI condition estimates from OSF v843t, file wn2q9 version 1.

  4. doi:10.1371/journal.pcbi.1007484

    This work supplies prior evidence for temporal models across measurements. Our restricted mixture class does not cover its full delayed-normalization models.

  5. usesFirst-trial responses confound the 133 ms two-pulse ratio in visual ECoG and SEEG sci:sha256:7ad39ea2581e5b2be32daf2be45f61d85ca4c3a7a76d6fd3e270931dff466130

    Its run-start audit motivates first-event removal. We extend the correction to all selected source epochs before baseline and rejection estimates.

  6. usesLocal mean response scaling changed temporal effect signs in two human visual cortex datasets sci:sha256:7c77855b2b64ebf6c31bf1eaa56d9d05e59214add2ca7adb929b0086943c901a

    We reuse its compact measured reference, source records and MIT table reader. Its scale audit motivates pooled response scales and all possible fMRI identity links.

  7. usesSingle-pulse fits gave uncertain gap-shape forecast gains in six fMRI participants after positive gains in eight ECoG patients sci:sha256:2ec9d6f6aa895fc52d73f4a77c206a4def53e38578413f202dff78f8ff7d7e4b

    Its one-state forecast test motivates the broader positive-mixture restrictions and source-uncertainty check.

  8. Single-image fits of a simple temporal model did not confirm a shared repetition prediction gain in 8 ECoG patients and 6 fMRI adults sci:sha256:b15151390f0a4a1de598679f3596a0fed817c6827c52d261e29e060f598ecb9b

    Its condition-held-out results limit claims about fitted time constants and help define the present class-level test.

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