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Efficacy of iterative learning control for stroke rehabilitation
Journal article   Peer reviewed

Efficacy of iterative learning control for stroke rehabilitation

AM Hughes, J Burridge, C Freeman, P Chappell, P Lewin, M Donovan-Hall, B Dibb and E Rogers
Progress in Neurology and Psychiatry, Vol.13(5), pp.16-20
2009

Abstract

adult aged arm movement article clinical article electromyography electrostimulation therapy equipment design female hemiplegia human male medical technology muscle contraction priority journal rehabilitation care robotics stroke task performance treatment indication treatment response
In the April 2008 issue of Progress, we featured an article describing a new technique for improving arm movement following stroke developed at the University of Southampton. The technique involves the use of a robotic workstation delivering precisely controlled electrical stimulation mediated by iterative learning control to improve task performance. Here, the scientists who developed the system discuss the promising results of their pilot clinical study using this technique.
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