The computational environment for estimation of unknown regional electrical conductivities
of the human head, based on realistic geometry from segmented MRI up to 256 3 resolution …

We describe a novel 3D finite difference method for solving the anisotropic inhomogeneous
Poisson equation based on a multi-component additive implicit method with a 13-point …

We present a parallel computational environment used to determine conductivity properties
of human head tissues when the effects of skull inhomogeneities are modeled. The …

A multi-cluster computational environment with mixed-mode (MPI+ OpenMP) parallelism for
estimation of unknown regional electrical conductivities of the human head, based on …

In scientific domains where discovery is driven by simulation modeling there are found
common methodologies and procedures applied for scientific investigation. ODESSI (Open …

In the solution of complicated problems of mathematical physics by numerical methods,
great attention is paid to the construction and investigation of efficient algorithms [1–4] …

Additive iterative methods of complete approximation for stationary problems of
mathematical physics are proposed. The convergence rate in the case of an arbitrary …

In this paper we propose a method to include skull inhomogeneities in the EEG
forward/inverse calculation by parcellating the skull based on a combination of skull …

Intracranial Hematoma Detection Using Near Infrared Light and Local Reference Method
Page 1 Intracranial Hematoma Detection Using Near Infrared Light and Local Reference …

This thesis provides a design and development of a software architecture and programming
framework that enables domain-oriented scientific investigations to be more easily …