Abstract
Electrical coupling between areas on the human scalp can be estimated using information transmission as a measure of contingency. Such a measure of coupling changes as a subject’s cognitive operations change. Based on a study of six subjects, detection of cognitively induced changes in coupling is optimum when contingencies are computed from EEG epochs that are about 1.6 sec in duration, sampled every 4 msec with each sample classified as to polarity and first difference.
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