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系统采用ARM9为硬件平台的主控制模块,构建以Windows CE嵌入式操作系统为核心的主控系统。利用串口与底层生理参数监护模块的硬件进行数据通信,并实现对底层设备的实时监控。在主控系统上采用EVC工具开发了基于Windows CE的嵌入式多生理参数监护软件,达到监护的目的。
The system adopts ARM9 as the main control module of the hardware platform and builds the main control system with Windows CE embedded operating system as the core. Using serial port and the underlying physiological parameters of the monitoring module for data communication hardware, and to achieve real-time monitoring of the underlying equipment. In the main control system using EVC tools developed based on Windows CE embedded multi-physiological parameter monitoring software to achieve the purpose of monitoring.