未来6G绿色无线网络研究

Lanlan Li
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引用次数: 0

摘要

6G技术有望实现所有设备的智能连接,从而彻底改变无线网络。6G绿色网络的概念旨在实现无处不在、智能、简单、环保和碳减排。本文在高效节能的框架下,深入研究了6G无线接入网络的基本节能技术,提出了一种多层云内生性6G无线网络智能架构。为6G环境下的智能内生性无线网络架构提供了一个设计案例。在此基础上,提出了新的协议栈设计思想和多速率信令传输语义传输模型。进一步分析了人工智能模型部署与能源效率之间的关系,并给出了一个分层部署联邦学习模型的示例。本文建议在网络架构中部署分层联邦学习模型以提高能源效率。
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 future 6G green wireless networks
The 6G technology is expected to revolutionize wireless networks by enabling intelligent connectivity of all devices. The concept of a 6G green network aims for ubiquity, intelligence, simplicity, environmental friendliness, and carbon reduction. This paper delves into the essential energy-saving technologies for 6G radio access networks within an energy-efficient framework and proposes a multi-tiered cloud-enabled endogenous intelligent architecture for 6G wireless networks. It provides a design case for an intelligent endogenous wireless network architecture in the context of 6G. Building upon this intelligent network architecture, the paper introduces novel ideas for protocol stack design and multi-rate signaling transmission semantic transmission model. Furthermore, it analyzes the relationship between AI model deployment and energy efficiency while presenting an example of hierarchical deployment of federated learning models. The paper suggests deploying a hierarchical federated learning model within the network architecture to enhance energy efficiency.
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