摘要
针对航空电气系统实时数据采集环境的复杂性,介绍了采用PC机模拟航空电子公管系统,利用C++Builder完成人机交互界面的设计以及数据的获取与处理;在Borland C++Builder 6环境下,利用其功能强大的图形化控制界面,及MSComm控件在串行口下编程,实现上位机与DSP的SCI通讯模块的通讯;结合Matlab实现供电系统设备状态数据的处理,并通过建立Access数据库,在BCB6中实时存储处理供电系统的各部分状态信息。
For the real--time data acquisition environment complexity of the Aviation electrical system, the PC simulation avionics and tube system is introduced, using C++Builder to complete the man--machine interface design and data acquisition and processing. In order to test the performance of airplane power system status simulator, the communication system between PC and the DSP' s SCI module was designed using MSComm in the Borland C++ Builder 6 platform. And the Access database was created in BCB6 for saving the status information of aircraft power system with Matlab.
出处
《计算机测量与控制》
CSCD
北大核心
2009年第11期2333-2336,共4页
Computer Measurement &Control