卫星上返回链路和网格系统的封装要求

Fabrice Hobaya, C. Baudoin, E. Dubois, P. Gelard, E. Chaput, A. Beylot, G. Fairhurst
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引用次数: 1

摘要

DVB标准家族最初是为电视广播设计的,现已成为通过卫星接入网进行互联网通信的成熟技术。因此,转发链路、返回链路和网状卫星系统都需要通用的封装协议。此外,由于成本和资源的稀缺性,这应该尽可能高效和轻便。GSE(通用流封装)协议能够有效传输最初为DVB-S2设计的任何协议,也就是说,在卫星系统的准无错误(QEF)转发链路上。本文讨论了GSE在返回链路上下文中的局限性,并研究了使用多址访问的卫星系统的封装机制的要求。这包括返回链路,也包括网状卫星系统和任何使用多址的卫星系统。本文还分析了派生需求的方法,并对这些需求进行了初步分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Encapsulation Requirements for Return Links and Mesh Systems over Satellite
Initially designed for TV broadcasting, DVB standard families have become mature technologies for Internet communications via satellite access networks. A generic encapsulation protocol is therefore required for the forward link, the return link, and for mesh satellite systems. Moreover, because of the cost and the scarcity of resources, this should be as efficient and light as possible. The GSE (Generic Stream Encapsulation) protocol enables efficient transport of any protocol, originally designed for DVB-S2, that is to say on Quasi Error Free (QEF) forward links of satellite systems. This paper addresses limitations in GSE for the return link context and examines the requirements for an encapsulation mechanism for satellite systems using multiple access. This includes the return link but also mesh satellite systems and any satellite systems that uses multiple access. This paper also analyses approaches to derive requirements and provides a first analysis of these requirements.
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