R. Drenckhahn

TL;DR: An improved boundary element method (BEM) with a virtual triangle refinement using the vertex normals, an optimized auto solid angle approximation, and a weighted isolated problem approach is presented and the results are compared to the spherical-shells approximation.

TL;DR: In this paper, a framework for combining bioelectric and biomagnetic data is presented, where the data are transformed to signal-to-noise ratios and reconstruction algorithms utilizing a new regularization approach are introduced.

TL;DR: Source localizations of early somatosensory evoked potentials and electrical potentials produced by dipoles in the region of the central sulcus were computed using realistically shaped boundary-element head models (BEM) and compared to localizations obtained using 3-shell spherical models.

TL;DR: The present study used dipole localization within realistically shaped head models and constrained the inverse solution by using the individual cortex and the normals on it, as derived from MR-tomography, to find the source of the radial field of P22.