LEO-PNT Mega-Constellations: a New Design Driver for the Next Generation MEO GNSS Space Service Volume and Spaceborne Receivers

F. Menzione, M. Paonni
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引用次数: 3

Abstract

A huge number of LEO-PNT research activities were initiated in the past, but today many companies have already started to implement or deploy such kind of services by adapting pre-existent broadband telecom mega-constellation or exploiting reduced cost platforms embarking dedicated payloads. This new paradigm can be disruptive with respect to the conventional MEO approach. Actually, from a policy point of view, the feeling is that, in the long term scenario where such a system will flight, a user terminal can potentially exploit thousands of signals, whose small percentage is transmitted by the MEO GNSS. This can be referred to as “MEO shadowing”. This paper works in the opposite direction, trying to assess how fundamental the core MEO-GNSS infrastructure is not only for the effective deployment of the LEO-PNT services, but also for the MEO GNSS evolution. A change of perspective should be considered.
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LEO-PNT巨型星座:下一代MEO GNSS空间业务量和星载接收机的新设计驱动力
过去已经开展了大量的LEO-PNT研究活动,但今天许多公司已经开始实施或部署此类服务,通过调整现有的宽带电信巨型星座或利用搭载专用有效载荷的低成本平台。与传统的MEO方法相比,这种新范式可能具有破坏性。实际上,从政策的角度来看,这种感觉是,在这种系统飞行的长期情况下,用户终端可能会利用数千个信号,其中很小一部分是由MEO GNSS传输的。这可以称为“MEO阴影”。本文从相反的方向出发,试图评估核心MEO-GNSS基础设施不仅对LEO-PNT服务的有效部署,而且对MEO GNSS的发展有多重要。应该考虑换个角度看问题。
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