本文为土耳其中东技术大学（作者：ŞAFAK BİLGİ AKDEMİR）的硕士论文，共108页。
本文对MIMO雷达的检测问题进行了综述。在不同的MIMO雷达配置中，研究了雷达截面、传播信道和接收信号模型的差异。研究了在相干MIMO雷达中采用波形分集和统计MIMO雷达中采用角度分集，可以改善系统性能。当干扰信号为高斯白噪声时，设计了Neyman-Pearson准则下相干MIMO雷达的最优检测器。通过数值模拟比较了相控阵雷达、相干MIMO雷达和统计MIMO雷达的检测性能，还研究了包含空时编码的MIMO雷达检测器。
In this thesis study, an overview of MIMOradar is presented. The differences in radar cross section, channel andreceived signal models in different MIMO radar configurations are examined. Theperformance improvements that can be achieved by the use of waveform diversityin coherent MIMO radar and by the use of angular diversity in statistical MIMOradar are investigated. The optimal detector under Neyman-Pearson criterion forCoherent MIMO radar when the interfering signal is white Gaussian noise isdeveloped. Detection performance of phased array radar, coherent MIMO radar andStatistical MIMO radar are compared through numerical simulations. A detectorfor MIMO radar that contains the space time codes explicitly is also examined.
下载英文原文地址：
http://page5.dfpan.com/fs/1lcdj2e21629b164af4/
更多精彩文章请关注微信号：