Chaos and noise in the electroencephalogram. In the last decade great attention has been devoted to a possible parametrization of the electroencephalographic phenomenology in terms of a hypothetical underlying low dimensional nonlinear dynamics: an assumption justified by the neuron synchronization. The strong unpredictability of the EEG time series suggests, on its turn, as a possible paradigm for the neuron dynamics, the chaos, namely a dynamics whose trajectories are characterized by explosive divergence
Chaos and complexity. Research progress. Cap.5 Redattori: Franco F. Orsucci, Nicoletta Sala
PASCOLI, DONATELLA;
2008
Abstract
Chaos and noise in the electroencephalogram. In the last decade great attention has been devoted to a possible parametrization of the electroencephalographic phenomenology in terms of a hypothetical underlying low dimensional nonlinear dynamics: an assumption justified by the neuron synchronization. The strong unpredictability of the EEG time series suggests, on its turn, as a possible paradigm for the neuron dynamics, the chaos, namely a dynamics whose trajectories are characterized by explosive divergence
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