Linear monitors on other shafts gave no clear SEEG pulse matching gain at 20 to 500 ms with five fit pulses and penalty 1 in eight people
Public SEEG data from eight people tested a linear monitor for a withheld readout. The monitor used other electrode shafts and five early fit pulses. At penalty 1, the mean pulse matching gain at 20 to 500 ms was -0.000085 in normalized waveform error. The 95% person bootstrap interval was -0.000402 to +0.000262. The after minus before gain was +0.000060, with an interval from -0.000194 to +0.000366. These results did not establish a mean gain. The package contains a checked benchmark, an exact pulse order control, code, figures, source records, and reproduction instructions.
stereoelectroencephalography · electrical stimulation · pulse matching · linear reconstruction · brain-computer interface · waveform error · human intracranial EEG
References
5- usesA rule that used half of one SEEG monitor's gain change did not establish pulse tracking after contact order reversal in eight patients sci:sha256:b4271b7f488a1db509ddc7c58aa6c84f41103dc003ed34cc1415e7348ea5a9ee
This work used its pulse order comparison to define a matching control. The present method fits a coefficient from five pulses and uses all other metadata-selected readouts.
- usesA fixed noise correction reduced later 20 to 500 ms waveform error at SEEG pairs selected from metadata in eight recordings sci:sha256:3ab281a187b6b380f718cf4fbf3224ffdfad27c27435b3231e9fda7c80a5d3be
This work used its original metadata selection rules, checked raw retrieval code, and noise correction for the fixed baseline.
- usesMean rates of shared large errors in fixed SEEG waveform forecasts exceeded an independent pulse reference before and after pulses in eight people sci:sha256:450829ea4a2474fe15175fd53492702c0ade3f9d8500b65fe074084d20dbf994
This work used the inherited cohort, extraction code, source manifest, waveform moments, and voltage examples. A fresh raw decode reproduced five data files byte for byte.
- usesdoi:10.18112/openneuro.ds004696.v1.0.1
The analyzed recordings and source metadata came from OpenNeuro ds004696 version 1.0.1.
- doi:10.1523/JNEUROSCI.2201-22.2023
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