基于ARM9&WinCE的光电测量仿真检测系统

针对目前动基座光电测量仿真检测系统成本高、人机交互性差、携带不方便的问题，
设计出了一种可视化、便携的动基座光电测量仿真检测系统。该系统采用了三星ARM9 处理器、嵌入式WinCE 操作系统，使用终端控制命令操纵光电平台，由串口通信对平台的各种性能指标进行实时检测。文章介绍了系统组成和软件设计流程，WinCE 下串口通信的解决。测试表明，该系统具有功能丰富、可靠性高、操作便捷等优点。
关键词:ARM9 处理器；WinCE 操作系统；串口通信
Abstract: A portable and visual simulated testing system is designed in order to solve the current problems of optoelectronic measuring in dynamic base about high cost, poor human-computer interaction and discommodious carrying. The system utilizes two technologies which are ARM9 processor of Samsung, WinCE operation system. It uses terminal control command to manipulate the optoelectronic measuring platform, and makes real-time detects about the capabilities of the platform by serial communication. This paper introduces the composing and the embedded software design flow of the system, importantly expatiates the resolved serial communication under WinCE. The experiment results indicate that this system has many advantages such as abundant functions, high reliability and convenient operation and so on.
Keywords: ARM9 processor; WinCE; serial communication