Cerebrovascular accident (CVA) or stroke is one of the most common causes of disability and loss of motor function. Millions of people around the world are effected by it annually. Stroke results in disabled arm function. Restoration of arm function is essential to regaining activities of daily living (ADL). Along with traditional rehabilitation methods, robot-aided therapy has surfaced in recent years. Robot-aided rehabilitation is more intensive, of longer duration and more repetitive. Using robots, repetitive dull exercises can turn into a more challenging and motivating tasks such as games. Besides, robots can provide a quantitative measure of the rehabilitation progress. This article overviews the terms used in robot-aided upper-limb rehabilitation. It continues by investigating the requirements for rehabilitation robots. Then the most outstanding works in robot-aided upper-limb rehabilitation and their control schemes have been investigated. The clinical outcomes of the built robots are also given that demonstrates the applicability of these robots in real-life applications and their acceptance. This article summarizes a review done along with a research on the design, simulation and control of a robot for use in upper-limb rehabilitation following a stroke. Included also are implications for Rehabilitation Reviewing common terms in rehabilitation of upper limb using robots Reviewing rehabilitation robots built up to date, as well as clinical outcomes of the mentioned rehabilitation robots.
Wheelchair Service Provision
Learn basic theoretical understanding of wheelchair mobility and develop an understanding of the theoretical principles, skills and knowledge underlying the skills and knowledge in the management of wheelchair service delivery.