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Construction of Brain-Machine Interface Power Assistive System Based on EEG Analysis
脳波分析に基づいたBrain-Machine Interfaceパワーアシストシステムの構築
2017
Bulletin of Maebashi Institute of Technology
脳波分析に基づいたBrain-Machine Interfaceパワーアシストシステムの構築
Brain-machine interfaces (BMIs) are technologies that allow humans to interact with artificial devices. To support daily life by BMIs, it is necessary to reconstruct the motion information by measured EEGs signals. Our purpose is to estimate the force/torque information from the brain activity to help and support the human's daily life. In this study, we analyze the electroencephalogram(EEG) signals in movement to extract the relationship between EEG and muscle activity signals, and further
doi:10.24643/maebit.20.0_61
fatcat:oc336grn6rb57jy5fgibb4dzp4