EEG signals recorded via electrodes placed on the scalp represent the postsynaptic
potentials generated by mass synchronized pyramidal neurons perpendicular to the cortical …

Since the discovery of electroencephalography (EEG), when it was hoped that EEG would
offer “a window into the brain,” researchers and clinicians have attempted to localize the …

Equivalent current dipoles are a powerful tool for modeling focal sources. The dipole is often
sufficient to adequately represent sources of measured scalp potentials, even when the area …

Background The accuracy of EEG source localization depends on a sufficient sampling of
the surface potential field, an accurate conducting volume estimation (head model), and a …

Objective: Electroencephalography (EEG) is an important tool for studying the temporal
dynamics of the human brain's large-scale neuronal circuits. However, most EEG …

This article deals with a new approach based on predominant frequency that combines EEG
source localization methods with standard frequency analysis of multi-electrode EEGs. First …

Distributed linear solutions have frequently been used to solve the source localization
problem in EEG. Here we introduce an approach based on the weighted minimum norm …

OBJECTIVE: In the clinical interpretation of intracerebral EEGs, epileptic foci are commonly
identified by visually analyzing the amplitude of the potentials. This is potentially misleading …

In 1924, Hans Berger, a German psychiatrist, performed the first electroencephalographic
(EEG) recording in humans (Berger, 1929), a discovery that was initially greeted with great …

This chapter contains sections titled: Introduction Overview of the Traditional Approaches
Determination of the Number of Sources Summary and Conclusions