6G智能网络架构及智能生成与自主关键技术研究

Wanfei Sun, Xiaoyan Duan, Min Shu, Liping Wu, Ming Ai
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引用次数: 0

摘要

6G网络将高度智能化和自主化。本文提出了智能生成域(IGD)和智能自治域(IAD)的概念,并提出了基于这两个域和域间协作的6G智能网络架构。进一步阐述了各个领域的基本工作流程和功能原理,如基于IGD中的网络执行描述模板(network Execution description Templates, NEDT)准确生成网络架构和功能的过程,以及IAD的分布式系统和智能框架。最后,分析了两个领域的关键技术,包括智能传感、局部智能、数字孪生网络等,以及跨领域协作。从最初的业务需求到网络实现,本文的研究旨在实现深度和全面的端到端智能和自治,实现6G智能自治网络。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on 6G intelligent network architecture and key technologies for intelligent generation and autonomy
6G network will be highly intelligent and autonomous. In this paper, we propose the concept of Intelligent Generation Domain (IGD) and Intelligent Autonomy Domain (IAD), and propose an intelligent 6G network architecture based on these two domains and inter-domain cooperation. We further elaborate the basic working process and functional principles of each domain, such as the process of accurate generation of network architecture and functions based on the Network Execution Descriptions Templates (NEDT) in the IGD, and the distributed system and intelligent framework of the IAD. Finally, key technologies of both domains, including smart sensing, localized intelligence, digital twin networks, etc., as well as inter domain collaboration are analyzed. From the initial service requirements to the network realization, the research of this thesis aims to achieve deep and comprehensive end-to-end intelligence and autonomy for the realization of the 6G intelligent autonomous network.
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