G. Sengul And U. BAYSAL, "An extended Kalman filtering approach for the estimation of human head tissue conductivities by using EEG data: a simulation study," PHYSIOLOGICAL MEASUREMENT , vol.33, no.4, pp.571-586, 2012
Sengul, G. And BAYSAL, U. 2012. An extended Kalman filtering approach for the estimation of human head tissue conductivities by using EEG data: a simulation study. PHYSIOLOGICAL MEASUREMENT , vol.33, no.4 , 571-586.
Sengul, G., & BAYSAL, U., (2012). An extended Kalman filtering approach for the estimation of human head tissue conductivities by using EEG data: a simulation study. PHYSIOLOGICAL MEASUREMENT , vol.33, no.4, 571-586.
Sengul, G., And UĞUR BAYSAL. "An extended Kalman filtering approach for the estimation of human head tissue conductivities by using EEG data: a simulation study," PHYSIOLOGICAL MEASUREMENT , vol.33, no.4, 571-586, 2012
Sengul, G. And BAYSAL, UĞUR. "An extended Kalman filtering approach for the estimation of human head tissue conductivities by using EEG data: a simulation study." PHYSIOLOGICAL MEASUREMENT , vol.33, no.4, pp.571-586, 2012
Sengul, G. And BAYSAL, U. (2012) . "An extended Kalman filtering approach for the estimation of human head tissue conductivities by using EEG data: a simulation study." PHYSIOLOGICAL MEASUREMENT , vol.33, no.4, pp.571-586.
@article{article, author={G. Sengul And author={UĞUR BAYSAL}, title={An extended Kalman filtering approach for the estimation of human head tissue conductivities by using EEG data: a simulation study}, journal={PHYSIOLOGICAL MEASUREMENT}, year=2012, pages={571-586} }