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基于双线程机制的无线电频谱监测软件的设计及改进
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2009-06-19
吴湛
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在进行无线电信号监测软件的设计时，为了提高实时响应性能，挖掘仪器的最好性能，
本文给出了一种利用双线程的设计方法。同时，为了增强了系统的对硬件接口的良好的可适应性及可扩充性，对该系统的底层线程采用C++的类进行了设计改进。使得系统的整体性能得到了显著的提高。
关键词：GPIB 总线；短波监测；接收机；线程
Abstract: During the software development of shortwave monitoring system, to acquire an
optimal real-time performance is one of the aims that such software aims at; in this paper, the
author presents a method to obtain this aim under a dual-thread mechanism. At the same time, to extend the flexibility considering different kinds of interface, an interface class has been designed with C++ language, which gives the whole system a more favorable performance as well.
Key words: GPIB Bus; Shortwave Monitoring; Test Receiver; Thread
本文给出了一种利用双线程的设计方法。同时，为了增强了系统的对硬件接口的良好的可适应性及可扩充性，对该系统的底层线程采用C++的类进行了设计改进。使得系统的整体性能得到了显著的提高。
关键词：GPIB 总线；短波监测；接收机；线程
Abstract: During the software development of shortwave monitoring system, to acquire an
optimal real-time performance is one of the aims that such software aims at; in this paper, the
author presents a method to obtain this aim under a dual-thread mechanism. At the same time, to extend the flexibility considering different kinds of interface, an interface class has been designed with C++ language, which gives the whole system a more favorable performance as well.
Key words: GPIB Bus; Shortwave Monitoring; Test Receiver; Thread
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