1. Milan Milovanovic, Albania
In this paper, the model of neuromechanical electroencephalograph (EEG) signals is presented. Some recorded EEG signals and characteristical frequency bands are shown at the beginning. Then, the neuromechanical model is designed with the respect of hierarchic organization. The EEG signals model is described in continual form, by the second order differential equations. Developed model is transformed to the discrete form. By using MATLAB, proposed model is simulated. The results obtained by simulations are presented, analyzed and compared with the real EEG signals.
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SIMPOZIJUM B: Biomaterijali i nanomedicina
Date:
07.06.2012.
Number of visits:
368
Contemporary Materials - 2012 - Savremeni materijali
