摘要
嵌入式仿真训练已成为部队进行武器装备训练的发展趋势;基于中频模拟器的雷达嵌入式仿真训练系统,克服了传统模拟器训练真实度不高,受时空限制等弊端,为雷达装备的操作训练提供了一个新的平台,可以在雷达发射机不开机的情况下进行高逼真度的仿真训练,从而提高训练效率和水平,并且能够检验实装雷达的性能及工作状态;重点介绍了一种雷达中频模拟器的主要仿真数学模型、功能结构和工程实现方法,以及基于该中频模拟器的雷达嵌入式仿真训练系统的组成结构;该模拟训练系统可产生多种复杂电磁环境下的虚拟空情,用于部队武器装备操作训练;实际应用已证明了该系统的可行性和有效性。
Embedded simulation and training has become a developing trend of army routine training. By solving the problem of low fi- delity and the limitation of time and space, the embedded radar simulation and training system based on radar target echo simulator provides a new platform for weapon simulation operating and training. In this paper, the main mathematical model, function structure and implemen- tation method of a radar target echo simulator and an embedded radar simulation and training system base on this simulator are introduced. The simulation and training system can produce virtual air intelligence in many kinds of complicated EM environment for weapon operation training. Practical application verifies the feasibility and validity of the proposed system.
出处
《计算机测量与控制》
北大核心
2013年第7期1990-1992,2014,共4页
Computer Measurement &Control
