A New Neuronal Electrical Source Model Considering Electrophysiology to Simulate Realistic Electroencephalography (EEG) Forward Signals

The present study proposes a new neuronal electrical source model to simulate electroencephalography (EEG) forward signals more effectively. Contrary to the conventional methods which used a presumed activation function at cortical patches or point dipolar sources, the proposed model reflects electrophysiological facts and introduces probability concept, resulting in more plausible and readily controllable artificial EEG waveforms.