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Utilizing Adaptive Techniques to Supress Noise In High Frequency Ground Wave Radar

机译：利用自适应技术抑制高频地波雷达中的噪声

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Reducing noise disturbances in the frequency segment of high frequency (HF) ground wave radar and restraining the sidelobes of strong targets that interfere with the detection of weak targets are the interesting Topic. A new method based on an adaptive techniques that solves these problems is proposed. By changing the working time of the frequency spectrum monitor (FSM), we have shown not only that radar can run in the frequency segments with lower noise disturbances, but also that the noise data produced by FSM can be exploited effectively. There is no correlation between the noise and the useful echo signal, though the correlation between noises over very short time periods is strong, . Exploiting the phenomena, we can adjust system parameters in real-time by adaptive methods to solve the two problems, namely sidelobe disturbance of strong targets and noise distrubance in the frequency segment.

机译：减少高频（HF）地波雷达频率段中的噪声干扰并抑制干扰弱目标检测的强目标旁瓣是有趣的话题。提出了一种基于自适应技术的新方法来解决这些问题。通过更改频谱监视器（FSM）的工作时间，我们不仅显示出雷达可以在噪声干扰较低的频率段中运行，而且还可以有效地利用FSM产生的噪声数据。尽管在非常短的时间段内噪声之间的相关性很强，但噪声与有用的回波信号之间没有相关性。利用这种现象，我们可以通过自适应方法实时调整系统参数，以解决两个问题，即强目标的旁瓣扰动和频率段的噪声扰动。

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《11th International Radar Symposium》|2010年|P.1-4|共4页
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作者
renzhou Gui;
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中图分类雷达;
关键词
Frequency spectrum monitor; fast transversal filter; recursive least squares; sidelobe disturbance;

机译：频谱监视器;快速横向滤波器;最小二乘递归;旁瓣干扰;

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专利

1. The authors' reply to the discussion on Accurate measurement of the group velocity of radio waves in the atmosphere, using radar technique, on ?A method of determining the velocity of radio waves over land on frequencies near 100 kc/s and on The measurement of the velocity of propagation of centimetre radio waves as a function of height above the Earth. Part 1: Ground-level measurements of the velocity of propagation over a sea path [J] . Smith R.A., Franklin E., Whiting F.B., Electrical Engineers - Part III: Radio and Communication Engineering, Journal of the Institution of . 1947,第32期

机译：作者对以下问题的答复：使用雷达技术准确测量大气中无线电波的群速度，关于确定在100 kc / s附近的频率上陆地上无线电波速度的方法以及关于测量无线电波速度的讨论。厘米无线电波的传播速度与地球上方高度的关系。第1部分：海平面上海平面上传播速度的地面测量
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3. Investigations on the sensitivity of a stepped-frequency radar utilizing a vector network analyzer for Ground Penetrating Radar [J] . Seyfried Daniel, Schubert Karsten, Schoebel Joerg Journal of Applied Geophysics . 2014,第Null期

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4. Utilizing Adaptive Techniques to Supress Noise In High Frequency Ground Wave Radar [C] . Gui Renzhou International Radar Symposium . 2010

机译：利用自适应技术在高频接地波雷达中抑制噪声
5. Ground ice characteristics in permafrost on the Fosheim Peninsula, Ellesmere Island, N.W.T.: A study utilizing ground probing radar and geomorphological techniques [D] . Barry, Peter 1992

机译：新罕布什尔州Ellesmere岛Fosheim半岛多年冻土的地冰特征：利用地面探测雷达和地貌技术进行的研究
6. Multi-Channel Data Acquisition Card under New Acquisition and Transmission Architecture of High Frequency Ground Wave Radar [O] . Yang Bai, Xin Zhang, Qiang Yang, 2021

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机译：使用时频和双频信号处理技术增强对正交雷达波形的检测

Utilizing Adaptive Techniques to Supress Noise In High Frequency Ground Wave Radar

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