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5G Integrated Satellite Communication Systems: Architectures, Air Interface, and Standardization

Rui Ding, Tingting Chen, Liang Liu, Zhong Zheng, Yuanyuan Hao, Hanyu Zheng, Wenjin Wang, Li You

202017 citationsDOI

Abstract

The integration of satellite and terrestrial networks is a promising approach for future mobile communications to provide global coverage, seamless connectivity, and all-scenario services. However, the inherent characteristics of satellite communication (SatCom) systems pose challenges to the fulfilment of integrated satellite-terrestrial networks. In this paper, we provide an overview of the background on the evolution of SatCom networks. Based on the architecture options in non-terrestrial networks proposed by 3GPP, we discuss and analyze the key technical issues in network architecture, air interface, and standardization of 5G integrated SatCom networks. Finally, a comprehensive analysis of roadmap for satellite-terrestrial integration is also proposed.

Topics & Concepts

StandardizationComputer scienceAir interfaceCommunications satelliteSatelliteInterface (matter)TelecommunicationsKey (lock)Mobile telephonySystems engineeringComputer networkEngineeringMobile radioWirelessOperating systemMaximum bubble pressure methodAerospace engineeringBubbleSatellite Communication SystemsOpportunistic and Delay-Tolerant NetworksIoT Networks and Protocols
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