Multiple dipole sources identification from an EEG topography using information criteria. - Xiaoxiao Bai; Qinyu Zhang 001; Masatake Akutagawa; Hirofumi Nagashino; Yohsuke Kinouchi; Fumio Shichijo; Shinji Nagahiro (ICARCV, 2002)

Real time EEG analysis for brain activities during operations. - Yoshio Kaji; Hirokazu Nakayama; Toshio Kawano; Masatake Akutagawa; Fumio Shichijo; Qinyu Zhang 001; Hirofumi Nagashino; Yohsuke Kinouchi; Shinji Nagahiro (ICARCV, 2002)

Application of neural networks to brain dynamics identification by EEG. - Hirofumi Nagashino; Toshio Kawano; Masatake Akutagawa; Qinyu Zhang 001; Yohsuke Kinouchi; Fumio Shichijo; Shinji Nagahiro (ICARCV, 2002)

A method for two EEG sources localization by combining BP neural networks with nonlinear least square method. - Qinyu Zhang 001; Xiaoxiao Bai; Masatake Akutagawa; Hirofumi Nagashino; Yohsuke Kinouchi; Fumio Shichijo; Shinji Nagahiro; Liu Ding (ICARCV, 2002)

System Identification of the Brain Dynamics by EEG Analysis Using Neural Networks. - Toshio Kawano; Masatake Akutagawa; Qinyu Zhang 001; Hirofumi Nagashino; Yohsuke Kinouchi; Fumio Shichijo; Shinji Nagahiro (KES, 2003)

Multi dipole source identification from EEG/MEG topography. - Zhuoming Li; Xiaoxiao Bai; Qinyu Zhang 001; Masatake Akutagawa; Fumio Shichijo; Yohsuke Kinouchi; Udantha R. Abeyratne (ICARCV, 2004)

EEG Source Localization for Two Dipoles in the Brain Using a Combined Method. - Zhuoming Li; Yu Zhang; Qinyu Zhang 001; Masatake Akutagawa; Hirofumi Nagashino; Fumio Shichijo; Yohsuke Kinouchi (IDEAL, 2005)

Accuracy of Two-Dipole Source Localization Using a Method Combining BP Neural Network with NLS Method from 32-Channel EEGs. - Zhuoming Li; Xiaoxiao Bai; Qinyu Zhang 001; Masatake Akutagawa; Fumio Shichijo; Yohsuke Kinouchi (IEICE Trans. Inf. Syst., 2006)

Difference of perceptual response between auditory stimuli and recalling them. - Makoto Shigeta; Takahiro Emoto; Masatake Akutagawa; Yoshio Kaji; Kazuhiko Furukawa; Fumio Shichijo; Hirofumi Nagashino; Yohsuke Kinouchi (BHI, 2012)

Novel Approach Combining Shallow Learning and Ensemble Learning for the Automated Detection of Swallowing Sounds in a Clinical Database. - Satoru Kimura; Takahiro Emoto; Yoshitaka Suzuki; Mizuki Shinkai; Akari Shibagaki; Fumio Shichijo (Sensors, 2024)