Anti-sorting Signal Design Applied to Radio Frequency Stealth Radar based on Pulse Repetition Interval Slide

Jinwei Jia, Limin Liu, Zhuangzhi Han
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Abstract

With the extensive application of wireless equipment, electronic warfare is becoming the key to winning modern wars. Improving the anti-reconnaissance performance of radar is an important means to enhance radar electronic countermeasures. And anti-sorting signal design can fundamentally enhance the anti-reconnaissance capability of radar. Aiming at the sequence difference histogram algorithm widely used in signal reconnaissance, the anti-sorting signal is designed from the point of destroying the estimation value of signal pulse repetition period by sorting algorithm. In this paper, the working steps of the sequential difference histogram sorting algorithm are firstly sorted out and the key steps of the algorithm for signal sorting are analyzed. Then the signal design scheme is proposed. Finally, the simulation results show that the designed signal can effectively counter the sorting algorithm.
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基于脉冲重复间隔滑动的射频隐身雷达抗分选信号设计
随着无线设备的广泛应用,电子战正成为现代战争制胜的关键。提高雷达的反侦察性能是增强雷达电子对抗能力的重要手段。而反分拣信号的设计可以从根本上提高雷达的反侦察能力。针对信号侦察中广泛使用的序列差直方图算法,从排序算法破坏信号脉冲重复周期估计值的角度设计了反排序信号。本文首先对序列差分直方图排序算法的工作步骤进行了梳理,分析了该算法在信号排序中的关键步骤。然后提出了信号设计方案。最后,仿真结果表明所设计的信号能够有效地对抗排序算法。
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