Key result
Visual error augmentation added to assist-as-needed robotic training improves tracking performance in unimpaired individuals.
The paper investigates the impact of the integration of the visual error augmentation training method with the assist-as-needed training method in robot-assisted rehabilitation training of the upper extremity. A robot-assisted rehabilitation system is developed that integrates an assistive controller, which can provide robotic assistance to the participant as and when needed, with a visual error augmentation mechanism, which amplifies the tracking error to heighten the participant's motivation to improve tracking accuracy. A crossover study is designed to evaluate the impact of the integration of the visual error augmentation method with the assist-as-needed training method. Experimental results on unimpaired participants demonstrate improved performance has been achieved in the integrated training session.
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Wang et al. (2010) studied Unimpaired. Integration of visual error augmentation with assist-as-needed training vs. Assist-as-needed training alone was evaluated on Tracking accuracy performance. The integration of visual error augmentation with assist-as-needed training improved tracking performance in unimpaired participants during robot-assisted rehabilitation.
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