Design and implementation of Long Range Radar service life extension

Jian Wang, M. Gerecke, E. Brookner, P. Cornwell, J. Farr
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引用次数: 2

Abstract

This paper presents an overview of a service life extension program that is being applied to the continental US Long Range Radar (LRR) network. Initially the architecture of the system is presented and key components selected for upgrade are identified. In addition to hardware upgrades innovative signal processing algorithms have also been added. The LRR consists of 68 radars that are used for the joint purposes of air traffic control and surveillance. The upgraded radar consists of a solid state transmitter, a state-of-the-art receiver and signal data processor. With advanced signal processing algorithms, the upgraded radar system provides 200 nmi coverage in natural interference environment while minimizing the false alarms. The radar has also been upgraded to enhance weather detection performance.
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远程雷达延长使用寿命的设计与实现
本文概述了正在应用于美国大陆远程雷达(LRR)网络的服务寿命延长计划。首先介绍了系统的体系结构,确定了需要升级的关键部件。除了硬件升级,还增加了创新的信号处理算法。LRR由68个雷达组成,用于空中交通管制和监视的联合目的。升级后的雷达由一个固态发射机、一个最先进的接收器和信号数据处理器组成。升级后的雷达系统采用先进的信号处理算法,在自然干扰环境下提供200 nmi的覆盖范围,同时最大限度地减少误报。该雷达亦已升级,以提高天气探测性能。
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