A numerical meshless particle method in solving the magnetoencephalography forward problem
In this paper, a numerical meshless particle method is presented in order to solve the
magnetoencephalography forward problem for analyzing the complex activation patterns in …
magnetoencephalography forward problem for analyzing the complex activation patterns in …
A multi-sphere particle numerical model for non-invasive investigations of neuronal human brain activity
G Ala, E Francomano - Progress In Electromagnetics Research Letters, 2013 - jpier.org
In this paper a multisphere particle method is developed to estimate the solution of the
Poisson's equation with Neumann boundary conditions describing the neuronal human …
Poisson's equation with Neumann boundary conditions describing the neuronal human …
A meshless particle method for poisson and diffusion problems with discontinuous coefficients and inhomogeneous boundary conditions
We present a meshless particle method for Poisson and diffusion problems on domains with
discontinuous coefficients and possibly inhomogeneous boundary conditions. The method …
discontinuous coefficients and possibly inhomogeneous boundary conditions. The method …
[PDF][PDF] UN MODELLO NUMERICO PARTICELLARE PER LA MAGNETOENCEFALOGRAFIA
Tra le tecniche non invasive utilizzate nella neurologia diagnostica si distinguono la
MagnetoEncefaloGrafia (MEG) e l'ElettroEncefaloGrafia (EEG): esse si basano sulla …
MagnetoEncefaloGrafia (MEG) e l'ElettroEncefaloGrafia (EEG): esse si basano sulla …