LEO Mega-Constellations for 6G Global Coverage: Challenges and Opportunities

Mega-constellations have the potential for providing 6G Internet owing to the unique advantage of global coverage. However, current satellite technologies are not omnipotent. There are still many challenging problems that need to be solved for mega-constellations to support 6G, e.g., efficient resou...

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Published inIEEE access Vol. 9; pp. 164223 - 164244
Main Authors Xie, Haoran, Zhan, Yafeng, Zeng, Guanming, Pan, Xiaohan
Format Journal Article
LanguageEnglish
Published Piscataway IEEE 2021
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
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Abstract Mega-constellations have the potential for providing 6G Internet owing to the unique advantage of global coverage. However, current satellite technologies are not omnipotent. There are still many challenging problems that need to be solved for mega-constellations to support 6G, e.g., efficient resource allocation, gratifying mobility management, and large-scale full-time TT&C (tracking, telemetry, and command). This paper starts with a novel definition of LEO mega-constellations and a brief review regarding the current typical mega-constellations, discussing the development direction of the mega-constellation air interface. Then, the key technologies development status of satellite networks is illustrated and analyzed from five aspects: network protocol, multiple access, satellite handover, TT&C, and interference mitigation, especially their adaptability in mega-constellations for 6G global coverage. Finally, considering the features and requirements of 6G, future challenges for mega-constellations and some potential solutions are proposed.
AbstractList Mega-constellations have the potential for providing 6G Internet owing to the unique advantage of global coverage. However, current satellite technologies are not omnipotent. There are still many challenging problems that need to be solved for mega-constellations to support 6G, e.g., efficient resource allocation, gratifying mobility management, and large-scale full-time TT&C (tracking, telemetry, and command). This paper starts with a novel definition of LEO mega-constellations and a brief review regarding the current typical mega-constellations, discussing the development direction of the mega-constellation air interface. Then, the key technologies development status of satellite networks is illustrated and analyzed from five aspects: network protocol, multiple access, satellite handover, TT&C, and interference mitigation, especially their adaptability in mega-constellations for 6G global coverage. Finally, considering the features and requirements of 6G, future challenges for mega-constellations and some potential solutions are proposed.
Author Pan, Xiaohan
Zeng, Guanming
Zhan, Yafeng
Xie, Haoran
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Snippet Mega-constellations have the potential for providing 6G Internet owing to the unique advantage of global coverage. However, current satellite technologies are...
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StartPage 164223
SubjectTerms 6G mobile communication
air interface
Communication channels
interference mitigation
Logic gates
Low earth orbit satellites
Mega-constellations
Mobility management
multiple access
network protocol
Orbits
Resource allocation
Satellite communication
Satellite constellations
satellite handover
Satellite networks
Satellite tracking
Satellites
Telemetry
TT&C
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  providerName: IEEE
Title LEO Mega-Constellations for 6G Global Coverage: Challenges and Opportunities
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Volume 9
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