Impacts of UWB Interference on Selected Radio Systems used by the Government

S.S.M. Wong, F. Lau
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引用次数: 2

Abstract

In view of the big boost of the global evolvement of UWB technology, the motivation of this paper is to investigate its possible interference impacts on some of the existing radio systems commonly deployed for government applications. It is sensible to expect all the existing services should survive when there is a new comer to share the precious resources of spectrum. Unfortunately this study together with many others show that it may not be the case. Typical application scenarios are modeled for interference analysis resembling realistic deployments. Two government radio systems are selected for study. One is a terrestrial fixed microwave link which is rather robust in an environment with UWB interference because of its highly directional antenna. The second system is a digital broadband radio working in the public safety band which suffers significantly from shortened useable range or degraded data throughout.
超宽频干扰对政府选定无线电系统的影响
鉴于超宽带技术在全球范围内的发展,本文的目的是研究其对一些政府常用的现有无线电系统可能产生的干扰影响。当有新来者来分享宝贵的频谱资源时,期望所有现有的服务都能生存下去是明智的。不幸的是,这项研究和其他许多研究表明,情况可能并非如此。对典型的应用程序场景进行建模,以进行类似于实际部署的干扰分析。选择两个政府无线电系统进行研究。一种是地面固定微波链路,由于其高度定向的天线,在有超宽带干扰的环境中具有很强的鲁棒性。第二种系统是工作在公共安全频段的数字宽带无线电,其使用范围缩短或数据始终降级。
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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