Deterministic chaos offers a striking explanation for apparently irregular behavior, a
characteristic feature of brain electrical activity. The framework of the theory of non-linear …

Deterministic chaos offers a striking explanation for apparently irregular behavior of the
brain that is evidenced in the EEG. Recent developments in the physical–mathematical …

The theory of deterministic chaos addresses simple deterministic dynamics in which
nonlinearity gives rise to complex temporal behavior. Although biological neuronal networks …

Brain electrical activity of 16 patients with temporal lobe epilepsy, recorded intracranially
during seizure‐free intervals as well as during transitions to the seizure state, was analysed …

This overview summarizes findings obtained from analyzing electroencephalographic (EEG)
recordings from epilepsy patients with methods from the theory of nonlinear dynamical …

Many complex and interesting phenomena in nature are due to nonlinear phenomena. The
theory of nonlinear dynamical systems, also called 'chaos theory', has now progressed to a …

Several recent studies emphasize the high value of nonlinear EEG analysis particularly for
improved characterization of epileptic brain states. In this review the authors report their …

Epileptic seizures are defined as the clinical manifestation of excessive and
hypersynchronous activity of neurons in the cerebral cortex and represent one of the most …

Since its discovery by Hans Berger in 1929, the electroencephalogram (EEG) has been the
most utilized signal to clinically assess brain function. The enormous complexity of the EEG …

Epileptic seizures represent a sudden and transient change in the synchronised firing of
neuronal brain ensembles. While the transition of the collective neuronal activity towards the …