A Shared Waveform Design for Integrated Detection and Jamming Signal Based on LFM-Costas Intra-pulse Frequency Stepping

Chunyang Li, Guang-xin Wu, Gui Li
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Abstract

The integrated detection and jamming signal, which can realize radar detection and jamming functions at the same time, is becoming more and more important today when multifunctional integrated RF systems are of great interest. In this paper, we propose an integrated signal with Costas coding of the intra-pulse frequency of LFM signal. The integrated signal has an ideal ambiguity function of pin type and is capable of causing varying degrees of coherent jamming to the enemy's LFM signal. According to the principle of time-domain matched filtering, we deduce the false target group form of this signal at enemy. Then the jamming performance of this signal is deduced and analyzed according to the difference of Costas sequences. Finally, the theoretical derivation and analysis of the jamming effect of this signal are verified by the simulation results.
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基于LFM-Costas脉冲内频率步进的集成检测与干扰信号共享波形设计
在多功能集成射频系统受到广泛关注的今天,能够同时实现雷达探测和干扰功能的集成探测和干扰信号变得越来越重要。本文提出了一种对LFM信号脉冲内频率进行Costas编码的集成信号。集成信号具有理想的引脚型模糊函数,能够对敌方LFM信号造成不同程度的相干干扰。根据时域匹配滤波原理,推导出该信号在敌方的伪目标群形式。然后根据Costas序列的差异,对该信号的干扰性能进行了推导和分析。最后,通过仿真结果验证了该信号干扰效果的理论推导和分析。
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