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以两部雷达为例,研究了一种多雷达协同工作探测隐身目标的方法。通过建立高、低频段两部雷达协同的理论工作模型,分析了引导探测概率、引导探测距离、引导截获区域之间的关系,并进行了仿真验证。结果表明:协同探测有助于降低雷达资源的消耗,减少反应时间,同时提高雷达对隐身目标的探测距离。该方法充分发挥了高频段雷达探测精度高、低频段雷达反隐身探测距离远等优势,具有重要的理论意义和实际应用价值。
Taking two radars as an example, a multi-radar cooperative method for detecting stealth targets is studied. Through establishing the theoretical working model of high radar and low frequency band, this paper analyzes the relationship between the guidance probing probability, the guidance probing distance and the guidance interception area, and carries on the simulation verification. The results show that cooperative detection can help to reduce the consumption of radar resources, reduce the reaction time and improve the detection range of stealth targets. This method gives full play to the advantages of high-frequency radar detection accuracy and low-frequency radar anti-stealth detection distance and other advantages, has important theoretical significance and practical value.