Analysis of performances of a Ka Band reconfigurable satellite antenna Front-End in a broadcasting application over the European territory

M. Buti, A. Paraboni, P. Gabellini
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引用次数: 3

Abstract

This paper describes the results obtained within a contract between the ESA, Politecnico di Milano and Space Engineering, in the section related to the study of an advanced satellite-based system for TV broadcasting in Ka Band. The system is characterized by the possibility of radiating the flux on the served region adaptively, in order to address more power in the zones suffering strong fades (i.e. where it is raining). Weather conditions and expected fades over the service area are assessed with the help of input data coming from the Meteosat satellite and the European Centre of Medium-term Weather Forecasting (ECMWF). Suitable mathematical models are applied, and an optimized distribution of power is evaluated. The paper shortly presents the work procedures of the system, and the performances obtained against an analogue ldquostaticrdquo system, that makes use of the same Front-End and of a climatology-based fixed distribution of power. Results derive from simulations of a 4-years period of work over the European territory.
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Ka波段可重构卫星天线前端在欧洲地区广播应用中的性能分析
本文描述了欧空局、米兰理工大学和空间工程公司之间的一项合同中有关研究Ka波段先进卫星电视广播系统的部分所取得的成果。该系统的特点是可以自适应地将通量辐射到服务区域,以便在遭受强衰减的区域(即下雨的地方)处理更多的功率。气象卫星和欧洲中期天气预报中心(ECMWF)提供的输入资料,协助评估服务区内的天气状况和预期雨量。采用合适的数学模型,对优化后的功率分配进行了评估。本文简要介绍了该系统的工作过程,以及与使用相同前端和基于气候的固定功率分配的模拟定量系统相比所获得的性能。结果来自对欧洲领土4年期间工作的模拟。
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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