Mission determines equality between radars

R. J. Lay
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引用次数: 0

Abstract

Forty-three L-band radars will be deployed on the periphery of the United States for joint use by the United States Air Force and the Federal Aviation Administration. The unattended radar system is designed to scan a range of 250 nautical miles up to an altitude of 100,000 feet, with lookdown capability from high sites. The radar must detect fast, small radar cross-section aircraft in a realistic man-made and natural interference environment (including thousands of flocks of birds), while minimizing false alarms. The radar must also generate weather intensity contours. The paper describes trade-offs that were made in the process of selecting and designing a system architecture that needed to serve two different users with different mission requirements. It also gives guidelines for off-the-shelf purchases and planning for future growth in mission requirements.
任务决定了雷达之间的平等
43台l波段雷达将部署在美国周边地区,供美国空军和联邦航空管理局联合使用。无人值守雷达系统的设计扫描范围为250海里至10万英尺的高度,具有从高处俯视的能力。该雷达必须在真实的人为和自然干扰环境(包括成千上万的鸟群)中探测到快速、小雷达截面积的飞机,同时最大限度地减少误报。雷达还必须生成天气强度等高线。本文描述了在选择和设计系统架构的过程中所做的权衡,该系统架构需要为具有不同任务需求的两个不同用户服务。它还提供了现成采购和未来任务需求增长规划的指导方针。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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