疲劳检测系统关键技术研究

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英文篇名：Research on Key Technologies of Fatigue Detection System 作者：张利利 ; 马进 ; 沈超 ; 惠铎铎 ; 高敏超 英文作者：ZHANG Lili;MA Jin;SHEN Chao;HUI Duoduo;GAO Minchao;Key Laboratory of Aerospace Medicine Ministry of Education, the Air Force Military Medicine University;College of Information Engineering, Chang'an University; 关键词：多线程 ; 动态链接库 ; C++Builder 英文关键词：Multithreading;;DLL;;C++ Builder 中文刊名：WXDY 英文刊名：Microcomputer Applications 机构：空军军医大学航空航天医学教育部重点实验室;长安大学信息工程学院; 出版日期：2019-05-16 出版单位：微型电脑应用 年：2019 期：v.35;No.313 基金：民航联合研究基金(U1733101) 语种：中文; 页：WXDY201905005 页数：3 CN：05 ISSN：31-1634/TP 分类号：15-17

摘要

通过多线程和DLL设计开发一套可以快速检测疲劳的系统。通过在C++Builder环境中调用VS2010环境下开发的DLL文件,实现主程序与单片机的通信,同时还采用多线程分别完成主程序的不同功能,从而使系统运行更顺畅。实验证实,在采用了这些关键技术之后,系统运行速度和检测的准确性都有所提高。实验证明系统运行效率高,检测方便,可以跨平台使用。
        A system which can quickly detect fatigue is developed by multithreading and DLL design. In the C++ Builder and the VS2010 environment, the DLL file is developed to implement the main program and single-chip communication, and multithreading is also used to complete the different functions of main program, so that the system can run more smoothly. It is proved that the system has improved speed and accuracy after adopting the key technologies mentioned above. The system has high operating efficiency, convenient detection, and can be used across different platforms.

引文

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