基于加速度传感器的人体能耗检测系统的设计研究

Design and study of human energy consumption detection system based on acceleration sensor

针对现代人体运动能源消耗检测系统中出现精度较低的问题,就是实现了基于加速度传感器的人体能耗的检测系统设计。首先,全面分析人体运动过程中的数据,提出运动能源消耗的检测算法。然后对人体在运动过程中的强度进行全面的分析,从而实现人体能耗检测系统的设计。以目前已有的仪器佩戴位置为基础,实现人体多个节点的实验对比,并且使用不同速度背景下实现系统实验,通过最后实验结果表示,和目前能耗检测仪器相比,本文所研究的系统精度比较高,其在人体能耗检测过程中具有重要的使用价值。

Aiming at the problem of low accuracy in the modern human body energy consumption detection system, the design of human body energy consumption detection system based on acceleration sensor is realized. First of all, a comprehensive analysis of the data in the process of human motion is given, and a detection algorithm for energy consumption is proposed. Then the strength of the human body in the process of the overall analysis of the strength of the body to achieve the design of the human energy detection system. The existing instrument wearing position based experimental realization of human multiple nodes, and the use of different speed under the background of system experiment, through the experimental results that, compared with the current energy consumption detection instrument, the precision of the system in this paper is relatively high, which has important application value in the detection process of human energy consumption.