Experimental HF radar trial of real-time STAP

G. Fabrizio, D. Holdsworth, A. Farina
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引用次数: 9

Abstract

An alternative multi-static HF radar architecture, known as the Forward-Based Receiver Augmentation (FBRA) system, has been developed and tested by the Defence Science and Technology Organization [1]. The experimental system has performed beyond expectations in a number of trials involving targets of interest. This is not only due to the impressive hardware capabilities, but also the advanced signal processing for clutter and interference mitigation, particularly STAP which was shown to be indispensable for the successful operation of the system. This paper describes the real-time STAP algorithm in the FBRA system, and demonstrates its experimental detection performance on a cooperative aircraft target with flight path "ground truth" data available from on-board GPS logging equipment.
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高频雷达实时STAP试验
一种备选的多静态高频雷达架构,被称为前基接收机增强(FBRA)系统,已经由国防科学和技术组织[1]开发和测试。在涉及感兴趣目标的许多试验中,实验系统的表现超出了预期。这不仅是由于令人印象深刻的硬件能力,而且还包括用于杂波和干扰缓解的先进信号处理,特别是STAP,这被证明是系统成功运行不可或缺的。本文介绍了FBRA系统中的实时STAP算法,并利用机载GPS记录设备提供的航迹“地面真值”数据,演示了该算法对协同飞机目标的实验检测性能。
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