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Proposal of time-delayed diversity (TDD)/satellite diversity (Sat.D) system for mobile broadcasting geostationary satellite system

机译:关于移动广播对地静止卫星系统的时延分集(TDD)/卫星分集(Sat.D)系统的提案

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The paper deals with the proposal of a combination system of time-delayed diversity (TDD) and satellite diversity (Sat. D) (TDD/Sat.D system) for a mobile broadcasting geostationary satellite system. The characteristics measurements of fundamental elements are carried out using Global Positioning System (GPS) signals. Prior to examining the TDD/Sat.D system, the measured TDD and Sat.D systems data are summarized. Based on the collected data, it can be clarified that approximately 40% satellite visibility without the Sat.D or TDD systems can be improved to approximately 70-80%. However, better satellite visibilities will be required for high quality data communication or image communication systems. On considering the measured results of the TDD and Sat.D system characteristics, the paper propose the TDD/Sat.D system. Using the TDD/Sat.D system, satellite visibility for target signals in urban cities can be remarkably improved.
机译:本文提出了一种针对移动广播对地静止卫星系统的时延分集(TDD)和卫星分集(Sat.D)(TDD / Sat.D系统)组合系统的建议。基本元素的特性测量使用全球定位系统(GPS)信号进行。在检查TDD / Sat.D系统之前,先对测得的TDD和Sat.D系统数据进行汇总。根据收集到的数据,可以确定,在不使用Sat.D或TDD系统的情况下,大约40%的卫星可见度可以提高到大约70-80%。但是,对于高质量的数据通信或图像通信系统,将需要更好的卫星可见性。考虑到TDD和Sat.D系统特性的测量结果,提出了TDD / Sat.D系统。使用TDD / Sat.D系统,可以显着改善城市目标信号的卫星能见度。

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