Evaluation of the Collaborative Wheelchair Assistant System

Qiang Zeng, Etienne Burdet, B. Rebsamen, C. Teo
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引用次数: 23

Abstract

The collaborative wheelchair assistant (CWA) is a robotic wheelchair which makes full use of human skills, by involving the user into the navigation control. The user gives the high-level commands and directly controls the speed, while the low-level control is taken over by the machine, which is tracking a software defined guide path. This paper presents an evaluation of the CWA system, consisting of experiments performed with human subjects. We investigated the performance of the system in terms of its interaction with healthy subjects and motion efficiency. Initial experiments with a cerebral palsy subject were also performed. The results show that path guidance brings safe motion and drastically simplifies the control. The wheelchair user adopts a driving behavior which is optimal from the first trial and requires little intervention.
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协同轮椅辅助系统的评价
协作轮椅助手(CWA)是一种充分利用人类技能,让使用者参与导航控制的机器人轮椅。用户给出高级指令并直接控制速度,而低级控制由机器接管,机器跟踪软件定义的导轨路径。本文提出了一个评估的CWA系统,包括与人类受试者进行的实验。我们从与健康受试者的互动和运动效率方面研究了该系统的性能。对一名脑瘫患者也进行了初步实验。实验结果表明,路径引导不仅保证了运动的安全性,而且极大地简化了控制。轮椅使用者采用的驾驶行为从第一次试验开始就是最优的,并且需要很少的干预。
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