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Coexistence of the broadcasting satellite service with fixed service systems in frequency bands above 10 GHz

机译:10 GHz以上频段的广播卫星业务与固定业务系统共存

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The allocation of certain frequency bands to both the broadcasting satellite service and the fixed service on a primary basis raises the issue of coexistence, whenever the two types of services are located in the same area and no coordination/agreement is effected. Although regulatory institutions have issued general guidelines concerning future systems, the effect of frequency sharing by numerous operating satellite earth terminals should be examined. The present paper provides an analytical methodology for the prediction of the carrier-to-noise plus interference ratio (CNIR) of broadcasting satellite systems, suffering from interference from an adjacent terrestrial link at frequencies above 10 GHz. The proposed model takes into account the aggravation of intersystem interference due to the spatial inhomogeneity of precipitation. A simplified version of the analytical model, useful for back of the envelope computations is also presented. Some interesting case studies are finally examined.
机译:当两种类型的服务位于同一区域且未进行任何协调/协议时,将某些频段主要分配给广播卫星服务和固定服务的问题就引起了共存的问题。尽管监管机构已经发布了有关未来系统的一般指南,但应检查许多运行中的卫星地面终端的频率共享的影响。本文提供了一种分析方法,用于预测广播卫星系统的载波-噪声加干扰比(CNIR),该干扰在10 GHz以上的频率上受到相邻地面链路的干扰。所提出的模型考虑了由于降水的空间不均匀性造成的系统间干扰的加剧。还介绍了分析模型的简化版本,可用于信封计算的后面。最后研究了一些有趣的案例研究。

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