Comparison of Classical EEG Source Analysis with Deep Learning

Abstract

This paper discusses the challenges and methods for source reconstruction of evoked potentials using deep learning in the context of electroencephalography (EEG). We propose the use of deep learning to address known challenges and improve traditional approaches. We explain the creation of a suitable dataset for solving the inverse problem, including the simulation of neural activity and the use of lead field matrices for the forward solution. Furthermore, we undertake a comparative analysis of some initial deep learning models with similar classical methods.

Mehr zum Titel

Titel Comparison of Classical EEG Source Analysis with Deep Learning
Medien Vortrag auf APCA International Conference on Automatic Control and Soft Computing (CONTROLO 2024)
Band 2024
Verfasser Jakob Winkler, Prof. Dr. Christian Uhl, Prof. Dr. Stefan Geißelsöder, Tim Erdbrügger, Carsten Wolters
Veröffentlichungsdatum 18.07.2024
Projekttitel DyCA
Zitation Winkler, Jakob; Uhl, Christian; Geißelsöder, Stefan; Erdbrügger, Tim; Wolters, Carsten (2024): Comparison of Classical EEG Source Analysis with Deep Learning. Vortrag auf APCA International Conference on Automatic Control and Soft Computing (CONTROLO 2024) 2024.