paper, a motion-sensing based management system for smart context-awareness
rehabilitation healthcare including various balance exercise is built by the
integration of the physiological sensing and feedback coaching. The home-end
system can not only provide the exercise coaching instruction, the balance
stability analysis, and the motion similarity analysis in real-time, but also
simultaneously transmit the user image, exercise skeleton streaming, center of
pressure (COP), center of gravity (COG) and physiological information to the
telecare-end center. According to the combination of the home-end and the
telecare-end as well as the real-time care management of one-to-multiple
personal balance exercise monitor, this system can provide user various
personalized balance exercise prescription and cardiac rehabilitation coaching
in an effectiveness rehabilitation exercise environment. Therefore, via this
tele-system, the spinocerebellar
ataxia (SCA) patients in balance rehabilitation stage not only can be monitored
execution status of the rehabilitation
exercise prescription, but also can be long-term monitored and evaluated the
predicted goal of the rehabilitation
exercise balance stability in order to improve patient’s compliance.
Cite this paper
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