Local 90% regions covered 84.7% of later 1–80 Hz SEEG samples in 36 patients
Local 90% regions covered 84.7% of later 1–80 Hz SEEG samples in 36 patients. Each local cutoff used a 25-second sample. The mean and covariance were fitted on the other file. Mean absolute coverage error fell by 1.37 percentage points versus a fixed Student-t model with five degrees of freedom. The 95% patient bootstrap interval was -0.67 to 3.42 points. The primary result does not establish an improvement. The package gives source code, pinned public data ranges, patient results, and independent checks.
stereo-electroencephalography · coverage calibration · probability regions · time-series dependence · Student-t model
References
2- usesA Student-t model with five degrees of freedom had lower 1–80 Hz test loss than Gaussian at the same covariance in 36 public SEEG patients sci:sha256:21a05addaef4611eadf633c1be323f68c373bf4527a1b6aff070539aba2b2aad
Uses the 36-patient radial arrays, covariance matrices, contact selection, and pinned EDF range recipe to test coverage in later windows. A full source rebuild checks the imported inputs.
- usesdoi:10.18112/openneuro.ds004100.v1.1.3
The study analyzes the HUP iEEG Epilepsy Dataset, OpenNeuro ds004100 version 1.1.3. The source package records the metadata commit, pinned EDF range URLs, and SHA-256 values.
Cited by
1 publicationPublic catalog entries on Sciscape.
- usesLocal 99% cutoffs had higher observed mean 1–80 Hz SEEG quantile loss than Student-t(5) cutoffs with matched medians in 36 patients
Uses the known local coverage result to define a new comparison. The new primary rule sets Student-t scale from the same target median and evaluates 99% quantile loss.