Inst. for Infocomm Res., A*STAR, Singapore, Singapore;
brain-computer interfaces; diseases; electroencephalography; medical robotics; neurophysiology; patient rehabilitation; BCI-based robotic rehabilitation; EEG-based brain computer interface; NeuroComm BCI platform; after-stroke rehabilitation exercise; clinically-proven MANUS robotic rehabilitation shell; hemiparetic stroke; motor imagery; noninvasive electroencephalograph; paralysis; robotic arm; robotic control mechanism; unilateral upper extremity; non-invasive BCI; robot-aided rehabilitation; stroke rehabilitati;
机译:中风后偏瘫患者的家庭手工康复:飞行员可行性研究
机译:偏瘫卒中患者手工康复机器人康复的可行性和功效:随机试验控制研究
机译:运动图像脑机接口在中风康复中是否可行?
机译:卒中患者无侵入式电动成像BCI机器人康复的可行性研究
机译:中风康复机器人的游戏设计:蒙版与非蒙版游戏设计比较的先导研究
机译:脑电脑界面耦合到卒中患者神经骚扰的机器人矫形器:交叉可行性研究
机译:脑电脑界面耦合到卒中患者神经骚扰的机器人矫形器:交叉可行性研究