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当前人体运动误差测量系统存在误差测量分析结果不理想的问题。为了减小人体运动测量误差,获得更加准确地人体运动数据,提出基于激光视觉传感的人体运动误差测量系统,首先依据激光视觉传感技术的工作原理,设计出人体运动误差测量系统结构图;然后计算人体运动关节的三维坐标;最后依据系统测量获得的人体运动关节三维坐标结果,利用激光视觉传感器对人体运动的测量误差进行分析。实验结果表明,本文方法可以更加快速、准确地捕获人体运动误差测量数据,为医疗康复、现代体育行业的发展提供更加可靠的数据基础。
Current human motion error measurement system error measurement analysis results are not ideal. In order to reduce the erroneous measurement of human motion and obtain more accurate data of human motion, a human motion error measurement system based on laser vision sensing is proposed. First, the structure of human motion error measurement system is designed based on the working principle of laser vision sensing technology. Then the three-dimensional coordinates of the human body motion joint are calculated. Finally, the measurement error of the human body motion is analyzed by the laser vision sensor based on the three-dimensional coordinate results of the human body motion joint obtained by the system measurement. The experimental results show that the proposed method can capture the measurement data of human motion errors more quickly and accurately, and provide a more reliable data foundation for the development of medical rehabilitation and modern sports industry.