electric vehicles; handicapped aids; interactive devices; DTPC system; LR direction; PWC behavior; PWC travelling direction; cervical spinal cord injury; cross-slope; downhill turning prevention; downhill turning prevention control; evaluation measure; forward-backward direction; gravity-induced change detection; joystick displacement variation; joystick operation; joystick operation stability; left-right direction; motor power modulation; offset operation; power wheelchair driving; quantitative analysis; straight track maintenance; unintended change detection; Commercialization; Correlation; Displacement measurement; Time measurement; Turning; Wheelchairs; Wheels;
机译:电动轮椅操纵杆技术的进步:等距操纵杆和信号调节对驾驶性能的影响。
机译:在执行电动轮椅驾驶任务期间评估操纵杆控制
机译:带等距和运动感应操纵杆的电动轮椅驾驶时的力控制策略
机译:下坡转动防治对交叉斜坡动力轮椅操纵杆操作的影响
机译:使用控制增强算法评估等距操纵杆,以改进电动轮椅的驱动。
机译:在执行电动轮椅驾驶任务期间评估操纵杆控制
机译:在执行电动轮椅驾驶任务期间评估操纵杆控制