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Delay and Doppler resolutions analysis of radar phase-coded pulse and frequency-coded pulse

机译:雷达相位编码脉冲和频率编码脉冲的延迟和多普勒分辨率分析

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For classic radars, pulse compression is an important way to improve range and velocity resolution. And phase-coded and frequency-coded signals are two important means to implement pulse compression. In this paper, we analyze the lower bound of delay and Doppler resolutions of radar phase-coded pulse and frequency-coded pulse. The lower bound of the delay-Doppler resolution of phase-coded waveform is obtained. Meanwhile, the delay resolution of radar frequency-coded waveform is discussed and two useful propositions are gotten. We also get an approximate result for Doppler resolution of frequency-coded waveform. At last, the paper is concluded and future works are pointed out.
机译:对于经典雷达,脉冲压缩是提高范围和速度分辨率的重要方法。相位编码和频率编码信号是实现脉冲压缩的两种重要手段。在本文中,我们分析了雷达相位编码脉冲和频率编码脉冲的延迟和多普勒分辨率的下限。获得相位编码波形的延迟多普勒分辨率的下限。同时,讨论了雷达频率编码波形的延迟分辨率,并提出了两个有用的建议。我们还可以获得频率编码波形的多普勒分辨率的近似结果。最后对全文进行了总结,并指出了今后的工作。

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