Abstract
Recently, EEG gains much interests due to its applicability for people to communicate directly with computers without detouring motor output. This study was designed to address this issue if EEG can be successfully sued to predict limb movement. It was found that ordinary people appeared to show significant difference in brainwaves between right hand (foot) and left hand (foot) movement. Lateral asymmetry was also found to interact significantly with EEG. Further research is urged with this refined method to provide more useful insights into EEG-based BCI.
Keywords
BCI, EEG, lateral asymmetry
Reference
황민철, & 임좌상. (2002). 운동능력과 뇌편측성의 개인차에 따른 사지움직임예측을 위한 EEB 변수추출에 관한 연구. 대한인간공학회지, 21(3), 1-12.
Abstract
Recently, EEG gains much interests due to its applicability for people to communicate directly with computers without detouring motor output. This study was designed to address this issue if EEG can be successfully sued to predict limb movement. It was found that ordinary people appeared to show significant difference in brainwaves between right hand (foot) and left hand (foot) movement. Lateral asymmetry was also found to interact significantly with EEG. Further research is urged with this refined method to provide more useful insights into EEG-based BCI.
Keywords
BCI, EEG, lateral asymmetry
Reference
황민철, & 임좌상. (2002). 운동능력과 뇌편측성의 개인차에 따른 사지움직임예측을 위한 EEB 변수추출에 관한 연구. 대한인간공학회지, 21(3), 1-12.