Gaussian spectrum is used as the model of radar clutter.
用具有高斯频谱的高斯随机过程作为雷达杂波模型。
So it is very important to do research in MMW radar clutter.
因此对毫米波雷达地杂波的研究具有非常重要的意义。
This paper describes a method for computer simulation of radar clutter.
本文论述雷达杂波的计算机模拟方法。
The performance of nonparametric oi radar clutter density can be improved by using the transformed method.
对雷达杂波密度进行非参数估计时用变换方法可提高估计精度。
Clutter base-band modulating data with this method is applied into a radar clutter simulator successfully.
用该种方法生成的杂波基带调制数据已成功地用于某型雷达杂波模拟器。
Two approaches to the design of the time-varying cascaded filters used in radar clutter rejection are presented.
本文针对雷达杂波抑制中常用的时变级联滤波器，提出了两种实用的设计方法。
Status quo and character of radar clutter measurements overseas are introduced, moreover, the general idea of development trend is discussed.
文章介绍了国外雷达杂波测量现状和特点，探讨了杂波测量的发展趋势。
Based on radar clutter distribution, the radar clutter model is analysed for amplitude probability density distribution and power spectrum density distribution.
从雷达杂波的分布特性出发，分析了杂波的解析模型，阐述了雷达杂波幅度的概率密度分布及其功率谱密度分布。
So it can be used in not only real operation training, but also research in different fields, such as radar system frame, radar signal process, and radar clutter.
既可用于实际操作训练，也可应用于雷达的系统构架、信号处理以及各种雷达杂波理论的研究。
Spectral methods: Considering the intricate radar clutter ambience, Which fluctuates greatly, it's needed to adapt spectral estimation firstly, then suppress clutter spectrum.
谱估计方法：由于雷达杂波环境非常恶劣，起伏变化很大，需要先估计杂波谱再抑制杂波。
The understanding of clutter characteristics is important to radar performance, and that clutter measurement is foundation in the study of radar clutter characteristics study.
杂波特性的了解对于雷达性能的发挥具有重要作用，杂波测量在杂波特性研究中处于基础性地位。
Compared to other methods, the feature extraction of a truncation set needs fewer samples and has higher recognition rate, which plays an important role in radar clutter recognition.
截集特征提取雷达杂波识别方法所需样本数目少，识别率高，在雷达杂波识别领域具有重要应用。
The Radar clutter can be classified into two types: homogeneous clutter and inhomogeneous clutter according to the statistical characteristic.
杂波按照统计特性可以分为均匀杂波和非均匀杂波两类。
The Radar clutter can be classified into two types: homogeneous clutter and inhomogeneous clutter according to the statistical characteristic.
杂波按照统计特性可以分为均匀杂波和非均匀杂波两类。
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