摘要
由于SystemView只能实现单采样率的信号处理仿真系统,限制了其在实际中的应用范围。本文在.Net构架下重新对仿真系统进行了设计,把SystemView作为信号处理模块嵌入到仿真系统中,通过.Net的委托技术和多线程技术实现对模块的异步调用,给出了在.Net构架下仿真系统的设计思想,并对关键技术进行了深入的剖析。改进后的系统不仅支持多采样率,而且可以允许用户扩充和修改SystemView信号处理模块。
The application of SystemView is limited because it only can realize the single sampling-speed simulation system. In this paper, embedded SystemView as the signal processing module, using the .Net skill of delegate and multithreading to realize asyn- chronous operations, the simulation system is designed newly. It＇s argued and analyzed some pivotal skills and how to realize simulation system base on System in .Net Architecture. The new System can not only improve muhisampling-speed, but also be modified and enlarged by users.
出处
《微计算机信息》
2009年第19期182-184,共3页
Control & Automation
基金
十五国防预研基金(编号不公开)
关键词
仿真系统
异步处理
委托
多线程
事件
simulation system
asynchronous operations
delegate
multithreading
event
