Region based reconstruction from the axial view of the brain for inverse EEG problem

This paper presents a new method for reconstruction of current sources from the axial view of the brain for inverse EEG problem, which produce reconstructed sources that are confined to brain regions. The method involves partitioning the gray matter into a set of regions (active regions), and a simple linear model is constructed for the potentials produced by feasible source configurations inside each one of these regions. The proposed method computes the solution in two stages: in the first one, the active regions for experiment is found so that the harvested potentials approximate the measured potential data. In the second stage, a detailed distribution of the current sources inside each active region is performed. The scheme proposed is more compatible when comparing with other methods which produce the standardized localization strategy.