Generalization of cortical regions as mesh networks of communicating neurons
The paper shown that if we consider the neural network of the cerebral cortex as a network of related equivalent nodes. We have to assume that such a network must be synchronized in time by some broadcasting messages. If such broadcast signals do occur, then they must have common characteristics and spread throughout the cerebral cortex. To date, there is little evidence of such generalization in the literature except for cases of time-limited paroxysmal activity, epileptic discharges, and other synchronization manifestations. In this paper we show that if we consider the activity of the cerebral cortex at significant time intervals exceeding the traditionally accepted, we can find effects similar to generalized synchronization. Moreover, in cortex of healthy organism, these effects are more pronounced than in organism with brain disorder, for example with traumatic brain injuries.