Titlebook: Coordinated Activity in the Brain; Measurements and Rel Jose Luis Perez Velazquez,Richard Wennberg Book 2009 Springer Science+Business Medi

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978-1-4899-8374-9Springer Science+Business Media, LLC 2009

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That frivolous thing an observerits and traits (Glass, 2001; Pikovsky et al., 2001). The distributed nature of cognition implies that distinct brain areas must somehow coordinate their activity: cognition, whether in the form of perception or motor actions, results from the integrated spatiotemporal coordinated activity of cell po

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Epic laws and ,: A first analysis First the evidence for the involvement of neural synchronization in the implementation of cognitive processes is described. This involvement is mainly through the provision of high-quality communication between active brain regions, allowing integration of processing activities through the exchange

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r neurons, as well as its role in normal and pathological brain function. Probably the two most relevant examples of coherent activity in the brain are synchronization and phase-locking. The phase oscillator approximation used in physics and the mathematical models based thereon provide a powerful t

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ximately 30% of cases are resistant to antiepileptic drugs. In this situation, surgical resection of the EZ is the only therapeutic option able to suppress seizures or, at least, to significantly reduce their frequency. The localization and the definition of the EZ are therefore crucial issues in ep