Experimental Performance of Adaptive Subspace Detectors in Over-The-Horizon Radar

机译：自适应子空间探测器在超视距雷达中的实验性能

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Over-The-Horizon (OTH) radars are oftenrequired to detect spatially spread target echoes in thepresence of spatially structured interference from naturaland man-made sources. This paper compares the experimentalspatial processing performance of the conventionalbeamformer, adaptive matched filter and an adaptive subspacedetector (ASD) that takes both the spatial structureof the interference and the possibility of target wavefrontdistortions into account. Performance is evaluated in termsof target signal-to-noise ratio, azimuthal localisation ofuseful signals and false alarm rate characteristics usingarray data recorded by the Jindalee sky-wave OTH radarsystem, located near Alice Springs in central Australia.

机译：在存在来自自然和人为源的空间结构干扰的情况下，通常需要使用Over-The-Horizon（OTH）雷达来检测空间扩散的目标回波。本文比较了传统波束形成器，自适应匹配滤波器和自适应子空间检测器（ASD）的实验空间处理性能，该性能既考虑了干扰的空间结构，又考虑了目标波前失真的可能性。使用目标信号信噪比，有用信号的方位角定位和虚警率特征，使用位于澳大利亚中部爱丽丝泉附近的金达利天波OTH雷达系统记录的阵列数据，对性能进行了评估。

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来源
《International radar symposium(IRS 2003) : Proceedings》|2003年|355-360|共6页
会议地点 Dresden(DE);Dresden(DE)
作者
Giuseppe A. Fabrizio; Alfonso Farinay; Mike D. Turley;
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作者单位

Radar Signal Processing Group, Intelligence Surveillance and Reconnaissance Division,Defence Science and Technology Organisation, Edinburgh, SA, 5111, Australia,Email: joe.fabrizio@dsto.defence.gov.au;

Chief Technical Office, Alenia-Marconi Systems Via Tiburtina, km 12.4, 00131 Rome, Italy.Email: afarina@amsjv.it;

Radar Signal Processing Group, Intelligence Surveillance and Reconnaissance Division,Defence Science and Technology Organisation, Edinburgh, SA, 5111, Australia,mike.turley@dsto.defence.gov.au;

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原文格式 PDF
正文语种 eng
中图分类雷达;
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专利

1. Experimental evaluation of adaptive beamforming methods and interference models for high frequency over-the-horizon radar systems [J] . G. A. Fabrizio, D. A. Gray, M. D. Turley Multidimensional systems and signal processing . 2003,第1a3期

机译：高频超视距雷达系统自适应波束形成方法和干扰模型的实验评估
2. Adaptive subspace detector for multi-input multi-output radar in the presence of steering vector mismatch [J] . Radar, Sonar & Navigation, IET . 2011,第1期

机译：存在转向矢量不匹配的多输入多输出雷达的自适应子空间检测器
3. Performance analysis of the matched subspace detector in the presence of signal-dependent interference for MIMO radar [J] . Zahra Ghasemi, Mostafa Derakhtian Signal processing . 2020,第Nova期

机译：MIMO雷达信号依赖性干扰存在下匹配子空间检测器的性能分析
4. Experimental Performance of Adaptive Subspace Detectors in Over-The-Horizon Radar [C] . Giuseppe A. Fabrizio, Alfonso Farinay, Mike D. Turley International radiation symposium . 2003

机译：超地平线雷达自适应子空间探测器的实验性能
5. Adaptive temporal processing for spread Doppler clutter mitigation in over-the-horizon radar. [D] . Harmanci, A. Kerem. 2001

机译：自适应时间处理，用于超视距雷达中的扩展多普勒杂波缓解。
6. Subspace Compressive GLRT Detector for MIMO Radar in the Presence of Clutter [O] . Siva Karteek Bolisetti, Mohammad Patwary, Khawza Ahmed, 2015

机译：存在杂波的MIMO雷达子空间压缩GLRT检测器
7. Performance Evaluation of Adaptive Subspace Detectors Based on Stochastic Representations [O] . Kraut Shawn, Scharf Louis 1998

机译：基于随机表示的自适应子空间探测器性能评估
8. Information on Over-the-Horizon Radar. Part 14. HF Radar Performance at More Than One Hop. [R] . Headrick, J. M., Utley, F. H., Tesauro, C. B. 1967

机译：有关超视距雷达的信息。第14部分。超过一跳的高频雷达性能。

Experimental Performance of Adaptive Subspace Detectors in Over-The-Horizon Radar

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