6G天地一体化标准发展探究OA
Study on the Standardization Evolution of Integrated Space-Terrestrial Networks toward 6G
为了探究6G天地一体化标准发展基础和方向,首先梳理了非地面网络的发展现状,其次分析了5G在非地面网络设计、实际部署及标准化过程中所积累的经验与教训,并以此作为6G非地面网络的技术发展基础.研究重点聚焦于6G天地一体化网络的关键使能技术,涵盖帧结构设计、波形优化、接入与同步机制、覆盖增强、星地融合定位及无线频谱共享等方面.通过深入探讨上述技术方向,旨在为6G天地一体化网络的标准化路径与技术演进提供参考,以推动构建全球无缝覆盖、智能融合的未来网络基础设施.
To investigate the foundations and future directions of 6G integrated space-terrestrial standardization,this paper first reviews the current development status of non-terrestrial networks(NTNs).The design experience and lessons learned from 5G in NTN-related aspects,including network architecture,practical deployment,and standardization processes,are then analyzed and summarized,serving as an important technical basis for 6G NTN evolution.The study further focuses on key enabling technologies for 6G integrated space-terrestrial networks,covering frame structure design,waveform optimization,access and synchronization mechanisms,coverage enhancement,satellite-terrestrial integrated positioning,and wireless spectrum sharing.Through a systematic discussion of these technical directions,this work aims to provide insights into the standardization roadmap and technological evolution of 6G integrated space-terrestrial networks,supporting the development of future network infrastructures with global coverage and intelligent integration.
闫志宇;宋国超;周吉喆
中国信息通信研究院,北京 100191中国信息通信研究院,北京 100191中国信息通信研究院,北京 100191
信息技术与安全科学
6G5G-Advanced国际标准3GPP非地面网络传播时延同步
6G5G-advancedstandardization3GPPnon-terrestrial networkspropagation delaysynchronization
《移动通信》 2026 (3)
2-7,6
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