Visually-driven functional networks evolving in time

D. FRAIMAN; G. SAUNIER; C. VARGAS

Congreso; Medyfinol 2012; 2012

We herein address the time evolution of large-scale brain networks driven by visual stimuli as compared to the absence of stimulation (occlusion). Employing an EEG paradigm we describe how these brain network signatures change in the fast scale when confronted to a point light display stimulus as opposed to a period of lack of stimulation.