Synchronization Phenomena and Epoch Filter of Electroencephalogram

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  • Matani Ayumu
    Graduate School of Frontier Sciences, the University of Tokyo

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  • 脳波の共振現象とエポックフィルタ
  • ノウハ ノ キョウシン ゲンショウ ト エポックフィルタ

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Abstract

Nonlinear electrophysiological synchronization phenomena in the brain, such as event-related (de)synchronization, long distance synchronization, and phase-reset, have received much attention in neuroscience over the last decade. These phenomena contain more electrical than physiological keywords and actually require electrical techniques to capture with electroencephalography (EEG). For instance, epoch filters, which have just recently been proposed, allow us to investigate such phenomena. Moreover, epoch filters are still developing and would hopefully generate a new paradigm in neuroscience from an electrical engineering viewpoint. Consequently, electrical engineers could be interested in EEG once again or from now on.

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