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Satellite Communication at Millimeter Waves: a Key Enabler of the 6G Era

机译:毫米波卫星通信:6G时代的关键推动力

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While technical standard development for 5G radio services is still an ongoing process, the scientific community is drafting the key drivers, requirements, challenges and research questions towards 6th generation (6G) networks. 6G developments will foster, among other innovations, the evolution of wireless systems towards a 3D, continuous and ubiquitous service coverage by complementing terrestrial networks with computing stations placed on satellite platforms. Along these lines, in this paper we demonstrate the feasibility of using millimeter wave (mmWave) frequencies to establish high-capacity satellite communications, in view of the huge traffic demands and service continuity requirements of forthcoming 6G applications. We also identify the most promising configuration(s) for satellite networking and discuss the design trade-offs in this domain.
机译:虽然5G无线电服务的技术标准开发仍在进行中,但科学界正在为第六代(6G)网络起草关键驱动因素,要求,挑战和研究问题。 6G的发展将促进无线系统向3D,连续和无处不在的服务覆盖范围的演进,其中包括通过在卫星平台上放置计算站来补充无线网络。沿着这些思路,鉴于即将到来的6G应用的巨大流量需求和服务连续性要求,本文将论证使用毫米波(mmWave)频率建立大容量卫星通信的可行性。我们还将确定最有希望的卫星网络配置,并讨论该领域的设计折衷方案。

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