Evaluation of a finite-element reciprocity method for epileptic EEG source localization: Accuracy, computational complexity and noise robustness

Yazdan Shirvany,Tonny Rubaek,Fredrik Edelvik,Stefan Jakobsson,Oskar Talcoth,Mikael Persson

Evaluation of a finite-element reciprocity method for epileptic EEG source localization: Accuracy, computational complexity and noise robustness

2013

Yazdan Shirvany
Tonny Rubaek
Fredrik Edelvik
Stefan Jakobsson
Oskar Talcoth
Mikael Persson

Purpose The aim of this paper is to evaluate the performance of an EEG source localization method that combines a finite element method (FEM) and the reciprocity theorem.

Keywords:

Computational complexity theory
Reciprocity (electromagnetism)
Robustness (computer science)
Inverse problem
Finite element method
Mathematical optimization
Reciprocity (social psychology)
Discrete mathematics
Electroencephalography
Mathematics
Theoretical computer science
source localization
Algorithm
eeg source localization

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