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Satoshi Suzuki,Takemi Matsui,Kentaro Mikajiri,Yusuke Sakaguchi,Kazuhiro Ando,Nobuyuki Nishiuchi 제어로봇시스템학회 2009 제어로봇시스템학회 국제학술대회 논문집 Vol.2009 No.8
In order to predict of accuracy of movement just before the onset of movement using biological signals, the relationships between MRCP measured as a physiological index and the accuracy of task performance were investigated. As experiments, subjects touched the target appearing 300 pixels away from a start point in a verticaldirection on a touch-sensitive screen with the forefinger. During experiments, EEG, EMG as trigger, high-speed camera images, and task efficiency were acquired. As a result, significant differences between the high- and low-performance groups were clearly confirmed on the slope of NS in MRCPs. Furthermore, a difference between these groups wasconfirmed in duration of ballistic movement.