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基于云网协同的通感算智赋能卫星网络技术 被引量:2

Communication,Sensing,Computing,and Intelligence Enabling Satellite Network Technology Based on Cloud-Network Convergence
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摘要 云网协同技术与通感算智技术作为未来无线通信中的重要技术,可满足6G中的通感融合、通智融合等相关场景需求。卫星网络作为6G发展中的重要组成部分,从卫星网络迭代演进发展的角度阐述其对天基边缘云、网络功能虚拟化云化、智能赋能等的要求。在此基础上,深入了分析基于云网协同的通感算智赋能的卫星网络总体架构、组成架构以及功能架构。提出包括卫星网络网元云化、天基边缘云以及星地智能服务等原型系统的设计考虑,可助力云网协同与通感算智技术赋能卫星网络迭代演进发展,为卫星网络新技术验证奠定基础。 As one of the important technologies in future wireless communication,cloud-network convergence technology and communication,sensing,computing and intelligence technology can meet the requirements of integration of communication and sensing,integration of communication and intelligence and other related scenarios in 6G.The satellite network is an important part of the development of 6G.From the perspective of the iterative evolution of satellite network,this paper describes its requirements for space-based edge cloud,virtual cloud of network functions,intelligent empowerment,etc.On this basis,it deeply analyzes the overall architecture,composition architecture,and functional architecture of the communication,sensing,computing and intelligence enabling satellite network.Finally,this paper proposes prototype systems including satellite cloudization of network elements,space-based edge cloud,and satellite ground intelligent services.The research in this paper will help cloud-network convergence technology and integrated sensing,communication,computing and intelligent technology enable the iterative evolution of satellite network and lay the foundation for the verification of new satellite network technologies.
作者 刘言 赵辰乾 闫瑞东 李博文 文少杰 LIU Yan;ZHAO Chenqian;YAN Ruidong;LI Bowen;WEN Shaojie(Shanghai Satellite Internet Research Institute Co.,Ltd.,Shanghai 202161,China;Shanghai Key Laboratory of Satellite Network,Shanghai 202161,China;State Key Laboratory of Satellite Network,Shanghai 202161,China)
出处 《无线电通信技术》 北大核心 2025年第4期733-741,共9页 Radio Communications Technology
关键词 云网协同 卫星网络 网元云化 人工智能 cloud-network convergence satellite network cloudization of network elements artificial intelligence
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