Synchronization structure of evolving epileptic networks using cross-entropy

Nonlinear effects in life sciences

“…Using a recently developed model of NF-B regulation, paper [24] examines the collective dynamics of a network of NF-B oscillators that are coupled exogenously by a common drive. In paper [25], the authors have investigated this transition both from a psychophysics perspective and in the development of a dynamic model of the visual system based on a spatially coupled array of nonlinear damped mass-springs cells. They present the results of the experiments using rigidly moving arrays of dots of different levels of sparseness and differing displacement magnitudes.…”