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构建了复杂电磁环境下雷达探测能力云规则算法模型和复杂电磁环境对组网雷达“四抗”能力综合影响评估模型,并按照仿真想定和方案设计,利用Netlogo 3D仿真平台实现了复杂电磁环境下组网雷达探测低空突袭目标的三维可视化仿真,根据仿真结果分析了复杂电磁环境对组网雷达“四抗”能力的综合影响。结果表明:就一种能力而言,复杂电磁环境对组网雷达抗隐身能力影响较明显,对抗干扰能力、抗低空/超低空突防能力和抗反辐射攻击能力影响较小,但就“四抗”能力整体而言,复杂电磁环境对组网雷达“四抗”能力综合影响较为突出。
The cloud algorithm model of radar detection capability under complex electromagnetic environment and the comprehensive impact assessment model of complex electromagnetic environment on the networked radar “four resistance ” capability were constructed. According to the simulation and scheme design, the Netlogo 3D simulation platform was used to realize the complex electromagnetic The three-dimensional visual simulation of radar target detection in low-altitude environment in the environment, and the comprehensive influence of the complex electromagnetic environment on the network-based radar “four-resistance ” capability are analyzed based on the simulation results. The results show that in terms of one capability, the complex electromagnetic environment has more obvious influence on anti-stealth ability of the networked radar, and has less influence on the anti-jamming ability, anti-low altitude / low-altitude penetration ability and anti-anti-radiation attack capability, Four anti-ability “Overall, the complex electromagnetic environment on the network radar ” four anti- "ability to combine more prominent.