The epilepsies are one of the most common serious brain disorders, can occur at all ages,
and have many possible presentations and causes. Although incidence in childhood has …

Direct brain stimulation appears to be safe and may be efficacious in treating medically
intractable epilepsy. The optimal location (deep brain or cortical) and characteristics of the …

Nonlinear time series analysis techniques have been proposed to detect changes in the
electroencephalography dynamics prior to epileptic seizures. Their applicability in practice …

Purpose: Available seizure‐prediction algorithms are accompanied by high numbers of false
predictions to achieve high sensitivity. Little is known about the extent to which changes in …

Brain functional connectivity can be characterized by the temporal evolution of correlation
between signals recorded from spatially-distributed regions. It is aimed at explaining how …

OBJECTIVE: Abnormal synchronization of neurons plays a central role for the generation of
epileptic seizures. Therefore, multivariate time series analysis techniques investigating …

PURPOSE: To assess subjective seizure anticipation in patients with focal and generalized
epilepsy. METHODS: Five hundred consecutively recruited out-patients (251 male, 249 …

An advanced characterization of the complicated dynamical system brain is one of science's
biggest challenges. Nonlinear time series analysis allows characterizing nonlinear …

Seizure anticipation: from algorithms to clinical practice : Current Opinion in Neurology Seizure
anticipation: from algorithms to clinical practice : Current Opinion in Neurology Log in or …

At the beginning of the 21st century, understanding the brain has become one of the final
frontiers of science. Hailed as the'most complex object in the universe'the brain still defies a …