biomechanics; cardiovascular system; iterative learning control; medical signal detection; medical signal processing; motion measurement; neuromuscular stimulation; patient care; patient rehabilitation; ES-facilitated elbow movement; ES-facilitated shoulder movement; ES-facilitated wrist movement; ILC-mediated ES; Markerless motion tracking; Microsoft Kinect; PrimeSense; chronic stroke patients; controlled elbow stimulation level; controlled shoulder stimulation level; controlled wrist stimulation level; electrical stimulation; everyday real object utilization; goal-oriented activity; iterative learning control; motor recovery; rehabilitation system; simulated tasks; task-specific training; upper extremity post-stroke; upper extremity rehabilitation; Elbow; Joints; Muscles; Shoulder; Training; Wrist; Electrical stimulation; iterative learning control; rehabilitation; stroke; task; technology; upper extremity; wrist and hand;
机译:经颅直流刺激结合神经肌肉电刺激对慢性卒中个体上肢电机恢复的影响
机译:神经肌肉电刺激杂交杂交对中风患者上肢电机回收的影响:随机对照试验
机译:机器人,功能性电刺激和运动学习方法的比较治疗中风后持续上肢功能障碍:随机对照试验(Vol 96,PG 981,2015)
机译:电刺激和迭代学习控制与真实对象和模拟任务相结合,以帮助中风后上肢的运动恢复
机译:MM波雷达和机器学习在冲程后肢体电机评估中的应用
机译:经皮神经刺激穴位对慢性卒中患儿患儿电动机和神经恢复的治疗疗效:假控式随机临床试验
机译:将迭代学习控制介导的电刺激与使用实际对象的运动练习和模拟任务相结合,以进行卒中后上肢康复。