Evaluation of Waveform RF Stealth Performance Based on Relative Entropy

Min Zhao, Siyu Xu, Bing-Gang Sun
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Abstract

RF stealth waveform design is an essential technology in RF stealth radar. LPI performance evaluation of waveforms becomes more and more critical. Several radars transmit waveforms are designed through compound modulation, and the relative entropy between the signal and Gaussian White Noise is used as an index to evaluate the LPI performance of the waveform. At the same time, two methods of ambiguity function and interception factor are used to compare and verify them. The final simulation realizes the quantitative evaluation of waveform RF stealth performance based on relative entropy.
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基于相对熵的波形射频隐身性能评价
射频隐身波形设计是射频隐身雷达的关键技术。波形的LPI性能评价变得越来越重要。通过复合调制设计了几种雷达发射波形,并以信号与高斯白噪声之间的相对熵作为评价波形LPI性能的指标。同时,采用模糊函数和拦截因子两种方法对其进行比较验证。最后仿真实现了基于相对熵的波形射频隐身性能定量评价。
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