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The situational awareness adaptive switching in reconfigurable low earth orbit satellite network

机译:可重构低地球轨道卫星网络中的态势感知自适应切换

摘要

The payload switching architecture for LEO satellite network, to minimize processing and storage requirements of the payload to be deployed as small primary payload or vice payload, the payload performs only the transfer function. Transfer rule is set in the payload, the payload if a failure or congestion occurs to be able to retransmit without intervention from the ground station. Configuration rules is set in the payload, the payload is to be able to dynamically establish and eliminate the cross-link between the track surface without intervention from the ground station. Calculate the transfer rules and configuration rules of the payload on the ground central network operations center, upload those rules in the payload.
机译:LEO卫星网络的有效负载交换体系结构,为了最小化要部署为小型主有效负载或副有效负载的有效负载的处理和存储要求,有效负载仅执行传递功能。传输规则设置在有效载荷中,如果发生故障或拥塞,则有效载荷可以在没有地面站干预的情况下重新传输。在有效载荷中设置配置规则,有效载荷应能够动态建立和消除轨道表面之间的交叉链接,而无需地面站的干预。计算地面中央网络运营中心上有效负载的传输规则和配置规则,并将这些规则上传到有效负载中。

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