基于多线程技术的虚拟测控平台设计

Design of Virtual Measurement and Control Platform Based on Multithreaded Technology

采用VC++编程语言和面向对象的方法,利用多线程技术对测控平台进行了总体的设计。根据测控系统的功能模块设计出相应的线程,解决了线程之间的通信和同步问题。为了便于共享数据的管理,对测控系统中的“数据池”进行了设计。将该设计方法运用于工程实际,可以较大幅度地提高系统的运行效率。

Using Virtual C ＋＋ language and the method of object-oriented, a measurement and control platform based on multithreaded technology is designed, and the threads which meet the function of the system and solve the problems of communication and synchronization are designed. Furthermore, the data pool in order to manage the common data in the system is designed. When this method is used in the practical engineering, the efficiency of the system can be increased a lot.