Optimal Layout of Wearable Intelligent Terminal Micro Sensor and Modeling of Elbow Movement Function Rehabilitation

Abstract

The layout of wearable smart terminal micro sensor and the rehabilitation training of elbow motion function were studied. The wearable wireless sensor network system designed in this paper is mainly used to reflect the motion trajectory of patients in real-time and collect the specific physiological parameters data in the process of exercise rehabilitation. The joint reconstruction of multi-sensor data based on distributed compressed sensing optimizes the layout of smart terminal micro-sensors, and then uses kinematics simulation of elbow joint to design the terminal node of motion rehabilitation monitoring system. The system can monitor physiological information such as electromyography (EMG) signals of patients in real time, process and analyze physiological information of patients in real time, and provide basis for medical workers to formulate and adjust rehabilitation training programs, so as to improve the effect of rehabilitation training.