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作 者:孟海锋 熊学明 张琪 MENG Hai-feng;XIONG Xue-ming;ZHANG Qi(63870 PLA troops,Huayin 714200,China)
出 处:《装备环境工程》2021年第2期31-36,共6页Equipment Environmental Engineering
基 金:军内重点科研项目(012016018200A22301)。
摘 要:目的基于三维GIS(地理信息系统)构建一套仿真系统,模拟不同作战场景下电磁环境(侦察、探测、干扰、通信、导航等)对武器装备造成的影响,实现电磁环境适应性试验的仿真需求。方法以GIS系统和电磁传播算法为基础,以模型管理、想定规划、仿真推演、态势显示和模型数据库为主要框架,提出电磁环境适应性试验仿真系统的基本结构,论述系统各个模块的详细设计方法。结果用图形、动画以及分析报告等多种可视化方法展现战场电磁态势,实现了电磁环境适应性试验的数字化仿真模拟。结论系统的设计思路和方法切实可行,可以应用于试验、训练和推演等方面,具有一定的研究价值和应用前景。In order to build a set of simulation system based on three-dimensional geographic information system(GIS)to simulate the impact of electromagnetic environment(reconnaissance,detection,interference,communication,navigation,etc.)on weapon equipment in different combat scenarios,and to realize the simulation requirements of electromagnetic environment adaptability test.Based on geographic information system and electromagnetic propagation algorithm,with model management,scenario planning,simulation deduction,situation display and model database as the main framework,the basic structure of electromagnetic environment adaptability test simulation system is proposed,and the detailed design method of each module of the system is discussed.The battlefield electromagnetic situation is visualized by graphics,animation and analysis report,and the digital simulation of electromagnetic environment adaptability test is realized.The design ideas and methods of the system are feasible and can be used in experiments,training and deduction,which has certain research value and application prospect.
分 类 号:TP391.9[自动化与计算机技术—计算机应用技术]
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