Abstract
Modern neuroscientific approaches aim to detect the neurophysiological patterns associated with pathological conditions as early as possible with great sensitivity and specificity. Emerging evidence suggests that quantification of the functional brain interactions through a dynamic temporal manner may contribute to the diagnosis of several diseases such as psychiatric disturbances, neurodegeneration and sleep disorders. So, it is important to provide robust computational frameworks based on interdisciplinary concepts stemming from neuroscience, medicine, mathematics as well as computer science.
Manousos Klados
Associate Professor of Psychology
Manousos Klados is a mathematician, with a M.Sc. in Computational Neuroscience and a PhD in the borders of Affective, Cognitive and Computation Neurosciences. Currently he is an Assoc. Professor in Psychology at University of York Europe Campus - CITY College.