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空天地一体化场景中的6G通感算融合与数字孪生技术

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随着接入需求的增加以及网络规模的扩大,需要在 6G网络将通信、感知和计算 3 类技术融为一体,共同促进整体系统性能的提升,并利用数字孪生技术增强系统的实时维护和建模能力。分析了 5G的局限性,研究了通感算融合技术在空天地一体化网络中的应用,以及数字孪生技术在构建未来"数字孪生、智慧泛在"世界时发挥的功能。提出了一种基于通感算融合技术的数字孪生网络实现方案,将空天地一体化网络映射至数字世界,实现反作用于物理世界,并展望了 6G在通感算深度融合、全域覆盖方面的需求与优势,以期达到"一念天地,万物随心"的愿景。
6G Communication-Sensing-Computing Integrated Space-Air-Ground Digital Twin Network
With increasing demand for access and expansion of network scale,it is necessary to integrate communication,sensing,and computing technologies in 6G networks to enhance the overall system performance and utilize digital twin technology to improve real-time maintenance and modeling capabilities.The limitations of 5G were analyzed,and the application of integrated communication,sensing,and computing technologies in space-air-ground integrated networks and the role of digital twin technology in building a future"digital twin and smart pervasive"world was studied.A digital twin network implementation scheme based on the integration of commu-nication,sensing,and computingtechnology was proposed,mapping the integrated air-space-ground network into the digital world to ena-ble feedback influence on the physical world.The requirements and advantages of 6G in terms of deep integration of communication,sensing and computing and global coverage were also explored,aiming to achieve the vision of"one thought encompassing the universe,everything responding as desired".

communication-sensing-computing integrationintegrated space-air-ground networkdigital twin6G

王辉、孟士尧、贾敏

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哈尔滨工业大学电子与信息工程学院,黑龙江哈尔滨 150001

通感算融合 空天地一体化 数字孪生 6G

2024

无线电通信技术
中国电子科技集团公司第五十四研究所

无线电通信技术

北大核心
影响因子:0.745
ISSN:1003-3114
年,卷(期):2024.50(6)