In this work, we computed sleep-wake cycle (SWC) stage-specific cross-frequency couplings in order to identify patterns of neural synchronization with neurobiological relevance. This may be used for the control of neuroengineering systems capable of delivering personalized therapeutic electrical stimulation according to relevant sleep events.
Profiling of phase-amplitude couplings across sleep for personalized neuroengineering systems
Arnulfo G.;Chiappalone M.
2023-01-01
Abstract
In this work, we computed sleep-wake cycle (SWC) stage-specific cross-frequency couplings in order to identify patterns of neural synchronization with neurobiological relevance. This may be used for the control of neuroengineering systems capable of delivering personalized therapeutic electrical stimulation according to relevant sleep events.
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