Removing self-products raised observed five-pulse expert label AUCs by less than 0.007 in two SEEG recordings
We tested two energy scores on public SEEG readouts from OpenNeuro ds004774 version 1.0.0. Both scores used five pulses, 10 to 90 ms, and the same baseline scale. Removing self-products raised observed AUCs by 0.0030, 0.0026, and 0.0064 in three expert groups. All paired 95 percent site bootstrap bounds included zero. The test covered 378 signals and 566 expert labels in two recordings. This result gives no clear evidence of better response label ranks at five pulses. It does not prove equal population performance. Known-signal tests confirmed removal of independent noise bias with a fixed scale. Shared noise remained. The package preserves voltage epochs, labels, source byte ranges, code, results, and three figures. Fresh source range checks and fresh-environment numeric repeats passed. Surface stimulation, fuller-average labels, fixed readouts, and shared stimulation contacts limit transfer to new patients.
stereoelectroencephalography · evoked responses · cross-pulse energy · signal processing · expert labels · area under the ROC curve · bootstrap
References
4- usesAbsolute 10–90 ms voltage scores had higher response label AUCs than negative scores for means of ten pulses in two SEEG recordings sci:sha256:15208475885140e6fc67bf47f35cebce3a7c9de326bb953b9d58b7bbd4d71f41
We used its source label audit and author-code reference to check the response codes.
- usesTen-pulse means had higher response label AUCs than first pulses for a fixed 10–90 ms absolute score in two SEEG recordings sci:sha256:1dfa7a52fe9acf5f4a7a85e2004bf3a19d22575d694466d89d391e4150e0d226
We reused its native voltage epochs, labels, contact inventory, retrieval code, exact byte ranges, and site gap records.
- usesdoi:10.18112/openneuro.ds004774.v1.0.0
The analysis used OpenNeuro ds004774 version 1.0.0 for source voltage records, expert labels, and recording metadata.
- doi:10.1016/j.jneumeth.2025.110389
Cited by
1 publicationPublic catalog entries on Sciscape.
- usesPeak gaps did not show a clear gain over amplitude for timing prediction in two SEEG recordings
This study uses the exact native SEEG voltage, expert labels, event maps, and pinned public source ranges from this publication. It tests a new timing outcome with separate early and later pulses. It adapts the source retrieval code and checks every included range and voltage sample.