Objective. In electroencephalography (EEG) measurements, the signal of each recording
electrode is contrasted with a reference electrode or a combination of electrodes. The …

Objective To evaluate the accuracy of automated EEG source imaging (ESI) in localizing
epileptogenic zone. Methods Long-term EEG, recorded with the standard 25-electrode array …

MEG/EEG source imaging is usually done using a three-shell (3-S) or a simpler head model.
Such models omit cerebrospinal fluid (CSF) that strongly affects the volume currents. We …

Objective EEG source imaging (ESI) is a validated tool in the multimodal workup of patients
with drug resistant focal epilepsy. However, it requires special expertise and it is …

Emotional conflict control is impaired in major depression disorders (MDDs) and affects
decision-making with further consequent social interactions dysfunction. However, neural …

Objective. There is longstanding interest in using EEG measurements to inform transcranial
Electrical Stimulation (tES) but adoption is lacking because users need a simple and …

We present a finite element modeling (FEM) implementation for solving the forward problem
in electroencephalography (EEG). The solution is based on Helmholtz's principle of …

Electroencephalography (EEG) source imaging is an ill-posed inverse problem that requires
accurate conductivity modelling of the head tissues, especially the skull. Unfortunately, the …

Brain source activation is caused due to certain mental or physical task, and such activation
is localized by using various optimization techniques. This localization has vital application …

Functional brain imaging has tremendous applications. The existing methods for functional
brain imaging include functional Magnetic Resonant Imaging (fMRI), scalp …