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A PRACTICAL APPROACH FOR SS/TDRA TRAFFIC ASSIGNMENT

机译:SS / TDRA交通分配的实用方法

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摘要

A multi-beam satellite with a satellite switched time division multiple access (SS/TDMA) system,provides the flexibility of inter-connecting the satellite beams within one TOMA time frame.In this paper practical application of the traffic assignment algorithms to the problem of SS/TOMA traffic assignment in the INTELSAT VI satellite System is presented.INTELSAT Ⅵ is a multi-beam satellite equipped with dynamic switches to allow SS/TOMA operation in two of its transmission channels.In practice the objective is not only to minimize the maximum time duration of each switching state to achieve the best efficiency,but also to minimize the equipment required for each earth station operating in SS/TDMA which is ignored in most of the theoretical solutions to this problem.The traffic assignment problem is formulated,a procedure to solve the problem and demonstrate the results through two examples is presented,one with INTELSAT Ⅵ in the Atlantic Ocean Region configuration and the other with INTELSAT Ⅵ in the Indian Ocean,Region configuration.
机译:具有卫星交换时分多址(SS / TDMA)系统的多波束卫星,提供了在一个TOMA时间范围内互连卫星波束的灵活性。本文介绍了INTELSAT VI卫星系统中的SS / TOMA业务分配.INTELSATⅥ是一种配备动态开关的多波束卫星,允许SS / TOMA在其两个传输信道中运行,实际上目的不仅是最大程度地减小最大发射量。每个切换状态的持续时间,以实现最佳效率,同时也最大程度地减少在SS / TDMA中运行的每个地球站所需的设备,这在此问题的大多数理论解决方案中都被忽略。为了解决这个问题,并通过两个例子展示了结果,一个例子是在大西洋区域配置中使用INTELSATⅥ,另一个是使用INT ELSATⅥ在印度洋,区域配置。

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