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首页> 外文会议>Conference on radar sensor technology XIII; 20090413-15; Orlando, FL(US) >Design Considerations for Intrusion Detection Wide Area Surveillance Radars for Perimeters and Borders
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Design Considerations for Intrusion Detection Wide Area Surveillance Radars for Perimeters and Borders

机译：用于边界和边界的入侵检测广域监视雷达的设计注意事项

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摘要

Ground Surveillance Radars (GSRs) can build a virtual wall around facilities or on a border. They provide operators and agents with much more time to assess, prioritize and apprehend intruders than a traditional fence system. The extra response time is one of the important features of the wide area surveillance concept, along with added benefits for both the operators and the response teams. These are described in detail in the paper. But all GSRs are not alike. There are two primary GSR technologies - Frequency Modulated Continuous Wave (FMCW) and Pulse Doppler. Most pulse Doppler radars are derivatives of legacy military battlefield radar technology being applied for wide area surveillance, while a new generation of FMCW radar technology has been developed for this new type of surveillance, applied to high value site security, airports, military bases, ports and borders. The purpose of this paper is to explore the benefits of each type of radar for the wide area application.
机译：地面监视雷达（GSR）可以在设施周围或边界上建造虚拟墙。与传统的防护系统相比，它们为操作员和代理商提供了更多的时间来评估，确定优先级和逮捕入侵者。额外的响应时间是广域监视概念的重要特征之一，同时为操作员和响应团队带来了更多好处。这些将在本文中详细描述。但是所有的GSR都不一样。 GSR有两种主要技术-调频连续波（FMCW）和脉冲多普勒。大多数脉冲多普勒雷达是用于广域监视的传统军用战场雷达技术的衍生产品，而针对这种新型监视开发了新一代FMCW雷达技术，适用于高价值站点安全，机场，军事基地，港口和边界。本文的目的是探讨每种雷达对于广域应用的好处。

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