The present invention relates to an existing TST type switching network in which an on-board baseband processor (OBP) of a next generation satellite communication system is constituted by a receiving side time switch, a base band space switch and a transmitting side time switch. The present invention relates to a TST switching network in which the reliability of the entire system is improved by dividing the TST switching network in the form of m N / m x N / m switches. According to the present invention, Thereby preventing a fatal total failure of the system due to failure of the switch when there is one space switch and processing traffic as remaining space switches even if a part of the plurality of divided space switches fails, do.
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机译:本发明涉及一种现有的TST型交换网络,其中下一代卫星通信系统的机载基带处理器(OBP)由接收侧时间开关,基带空间开关和发射侧时间开关构成。本发明涉及一种TST交换网络,其中通过以m N / m x N / m个开关的形式划分TST交换网络,提高了整个系统的可靠性。根据本发明,因此,即使在多个空间开关的一部分发生故障的情况下,也可以防止在存在一个空间开关时由于开关故障而导致的系统的致命的整体故障,并且可以将业务作为剩余空间开关进行处理。
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