Under an acquisition clock assumption, a response model showed no clear modality transfer gain over prestimulus power in six SEEG recordings
We tested transfer between visual and auditory number formats in six public SEEG recordings. The source was OpenNeuro ds005415, version 1.0.0. The analysis assumes that acquisition samples use the public EDF time origin. Models trained on digits and spoken numbers tested on dots and beeps. We also tested the reverse direction. Mean AUC was 0.639 for response changes and 0.604 for prestimulus power. The mean paired gain was 0.035. Its 95 percent patient bootstrap interval was -0.103 to 0.244. The exact sign-flip test gave p = 0.9375. Both models exceeded shuffled-label benchmarks. The response model did not show a clear gain. This result does not prove equal performance. The package preserves source features, raw examples, code, scores, model fits, label shuffles, and source range recipes.
stereo-electroencephalography · modality transfer · prestimulus power · number formats · ridge regression · area under the curve · event timing · patient bootstrap
References
3- usesEvent times differ from acquisition sample times in five of six Numbers SEEG recordings sci:sha256:6679cad081184616f6a0020b4d127c0b4a7670710a0dea363747bbd8e1f4ff8b
We use the fixed timing audit, source range manifests, lossless power arrays, and raw examples. These files support a new model of modality transfer and its prestimulus comparison.
- usesdoi:10.18112/openneuro.ds005415.v1.0.0
Source dataset used for the six SEEG recordings; the analyzed version is 1.0.0.
- doi:10.1371/journal.pone.0313155
Cited by
1 publicationPublic catalog entries on Sciscape.
- usesUnder a sample time assumption, a fixed SEEG power model had negative mean transfer skill for numbers 1 to 5 in six recordings
The prior study motivated the prestimulus comparison and the heart-contact naming rule. The new test predicts number size. It reuses the same patients and does not independently replicate the prior biological result.