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Electromyography signal bridge and motor function rebuilding of paralyzed limbs based on principles of communication of body-sensor network

机译:基于人体-传感器网络通信原理的瘫痪肢体肌电信号桥和运动功能重建

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In this presentation the motor function rebuilding of paralyzed limbs of hemiplegic patients after stroke and paraplegic patients due to spinal cord injury is concerned. Novel biomedical methods and traditional physical methods for the rehabilitation of two kinds of paralyses are reviewed. The core part is to discuss the electromyography signal bridge and the rebuilding of limb functions based on principles of communication of body sensor network and functional electrical stimulation. For the communication part, a ZigBee system and a super-regenerative system are incorporated. The construction of the whole bio-electronic system, the animal experiments, and the preliminary experiments on healthy subjects and paralyzed patients will be demonstrated.
机译:在本报告中,涉及中风后偏瘫患者的瘫痪肢体和脊髓损伤导致的截瘫患者的运动功能重建。对两种麻痹的新型生物医学方法和传统物理方法进行了综述。核心部分是根据人体传感器网络的通信原理和功能性电刺激原理,探讨肌电信号桥和肢体功能的重建。对于通信部分,包含了ZigBee系统和超级再生系统。将演示整个生物电子系统的构建,动物实验以及针对健康受试者和瘫痪患者的初步实验。

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