sciscape Publications
← All publications

Models with fixed contact magnitudes and independent uniform phases gave 77.77 percent mean retention of the strongest quarter of shared bipolar beta edges across two runs from 16 SEEG patients

Two public interictal SEEG runs from each of 16 selected patients supplied fixed contact Fourier magnitudes at 13–30 Hz. Independent uniform contact phases gave 77.77 percent mean retention of the top quarter of shared-contact bipolar edges across runs. Independent uniform edge selections gave a 25.53 percent reference. Random assignment of run 02 contact magnitude profiles gave 25.47 percent retention. Shared contacts and stable assigned magnitude profiles can make strong phase edges repeat when contact phases are independent. The package has features from both runs, 499 graph draws per model, exact expectations, source checks, code, and retrieval instructions. The result applies to this selected cohort and phase model. It does not show that any recorded neural connection is false.

stereoelectroencephalography · pairwise phase consistency · bipolar EEG · shared contacts · phase randomization · connectivity repeatability

Admitted 0 citing publications

References

4
  1. usesA scaled maximum test controlled global null error under independent uniform contact phases in beta models from 16 SEEG recordings sci:sha256:b8c43706114c012ee9adc45fdded954f38905538515ddd865a031d105e1122d8

    This work uses the fixed 16-patient cohort, pinned run 01 source manifests, EDF reader, graph construction, and exact phase functions. All inherited run 01 feature arrays were rebuilt and matched exactly. The new experiment adds run 02 and compares strong-edge retention with fixed and permuted contact magnitude profiles.

  2. usesIndependent uniform contact phases gave positive expected pairwise phase consistency in beta models with common contacts from 16 SEEG recordings sci:sha256:f5ab7a77faf3410567f63d8ac7417c3282959ac2fd859a56ee7e2085ee59854c

    This work uses the exact shared-contact PPC expectation under independent uniform contact phases. It extends that single-run expectation result to a measured two-run retention benchmark and a contact-profile permutation control.

  3. usesdoi:10.18112/openneuro.ds004100.v1.1.3

    The analysis uses the first 60 seconds from run 01 and run 02 of 16 patients in this exact OpenNeuro snapshot.

  4. doi:10.1016/j.neuroimage.2010.01.073

Cited by

0 publications

Public catalog entries on Sciscape.

No incoming citations on Sciscape.