LTE backhauling over MEO-satellites

M. Breiling, Waqar Zia, Yago Sánchez de la Fuente, V. Mignone, D. Milanesio, Yueming Fan, M. Guta
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引用次数: 10

Abstract

This paper considers satellite backhauling of eNodeBs aboard vehicles like trains, planes, (cruise) ships and coaches. Current LTE releases do not envisage backhauling of such moving eNodeBs. A Medium Earth Orbit (MEO) satellite configuration like the O3b system and link budgets for the four mentioned vehicles are assumed for the considered scenario. The most promising potential network architecture is analysed by considering several use cases and thus identifying open issues. These issues are examined by analysis and simulation, where the employed real-time simulator implements both the LTE core network, base stations and UEs as well as video codecs on the application layer and a two-way DVB-S2/ACM satellite link emulator.
在meo卫星上进行LTE回传
本文考虑了在火车、飞机、(巡航)船和长途汽车等交通工具上对enodeb进行卫星回运。目前的LTE版本并没有设想这样的移动enodeb的回溯。在考虑的场景中,假设O3b系统等中地球轨道(MEO)卫星配置和上述四种飞行器的链路预算。通过考虑几个用例来分析最有前途的潜在网络体系结构,从而确定开放的问题。通过分析和仿真对这些问题进行了研究,其中所采用的实时模拟器实现了LTE核心网、基站和终端以及应用层的视频编解码器和双向DVB-S2/ACM卫星链路模拟器。
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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