基于人体运动状态识别的损伤风险监测系统研究

摘要

针对人体运动状态评估和损伤风险监测的可控性不好的问题,提出一种基于Android便携仪移动终端平台设计的人体运动状态识别及损伤风险检测系统设计方法.在Android移动APP终端上进行人体运动状态损伤风险监测系统的总体设计构架,分析系统的功能模块;利用Android嵌入式系统进行系统的软件开发,以S3C6410为系统的核心处理器进行人体运动状态的数据采集和分析,采用ARM1176JZF-S作为主处理内核进行便携式损伤风险监测系统软件开发,并通过WiFi接口进行操作系统移植和设备端口的兼容性设计.系统测试表明,该系统能准确实现人体运动状态识别和损伤风险监测与提示,性能可靠稳定.%Since the controllability for human-body motion state assessment and damage risk monitoring is poor,a design method of human-body motion state recognition and damage risk detection system is proposed,which is based on Android porta-ble mobile terminal platform. The overall design framework of damage risk monitoring system of human-body motion state was constructed on mobile APP terminal embedded in Android system to analyze the functional module of the system. The Android embedded system is used to develop the system software. The S3C6410 is taken as the core processor of the system to acquire and analyze the data of human-body motion state. The ARM1176JZF-S is employed as the main processing kernel to develop the software of the portable damage risk monitoring system,perform the transplantation of operating system and compatibility design of equipment port through WiFi interface. The system test results show that the system can accurately recognize the human-body motion state,monitor and prompt the damage risk,and has reliable and stable performances.