The preliminary results of some observations carried out on the spectral content of EEG signals from migran-ious and epileptic individuals and, in particular, on the spatio-temporal correlation of the neuronal activation in the two pathologies, are presented. In the aim to simulate the qualitative features of EEG signals associated to migraine and epilepsy, we used a computational approach based upon Pearson correlations and a Multi Agent System. Our findings, although still not conclusive, revealed considerable heuristic power on the sole assumption of a similar synchronization process of the underlying neuronal population, and may provide in the long term useful hints to a very difficult problem.
EEG SIGNALS IN EPILEPSY AND MIGRAINE: Analysis and Simulations by Multi-Agent Systems / Vigano', Alessandro; Accornero, N; Colosimo, Alfredo. - (2010), pp. 447-451. (Intervento presentato al convegno 3° International Conference on Bio-inspired system and signal processing tenutosi a Valencia; Spain nel January, 21-23 2010).
EEG SIGNALS IN EPILEPSY AND MIGRAINE: Analysis and Simulations by Multi-Agent Systems
VIGANO', ALESSANDRO;COLOSIMO, Alfredo
2010
Abstract
The preliminary results of some observations carried out on the spectral content of EEG signals from migran-ious and epileptic individuals and, in particular, on the spatio-temporal correlation of the neuronal activation in the two pathologies, are presented. In the aim to simulate the qualitative features of EEG signals associated to migraine and epilepsy, we used a computational approach based upon Pearson correlations and a Multi Agent System. Our findings, although still not conclusive, revealed considerable heuristic power on the sole assumption of a similar synchronization process of the underlying neuronal population, and may provide in the long term useful hints to a very difficult problem.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
