移动互联智能的6G技术

Geng Wu
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引用次数: 1

摘要

随着超可靠和低延迟通信的引入,5g支持超越传统智能手机应用和服务的大规模机器类型通信。为了实现所需的网络性能和业务可扩展性,5G系统采用了边缘计算、网络切片和基于服务的架构等多种技术,并由先进的虚拟化技术提供支持。在5G建立的技术基础上,6G有望弥合物理世界和虚拟世界,并为能源效率、安全性和网络弹性带来技术改进。更具体地说,6G系统将集成计算、通信、数据存储和访问功能。在跨设备、网络边缘和云的微服务支持下,6G网络架构有望实现计算和智能工作负载的可扩展分布。下一代可编程光和无线传输网络基础设施将被开发和部署,以支持6G系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
6G Technologies for Mobile Connected Intelligence
With the introduction of ultra-reliable and low-latency communications, 5G-enabled massive machine type communications beyond traditional smartphone applications and services. To achieve the required network performance and service scalability, 5G systems have adopted several technologies such as edge computing, network slicing and service-based architecture, powered by advanced virtualization technologies. Building on the technology foundations established in 5G, 6G is expected to bridge the physical and virtual worlds and bring technical improvements to energy efficiency, security, and network resilience. More specifically, 6G systems will integrate computing, communications, and data storage and access functions. 6G network architecture is expected to enable scalable distribution of computing and intelligence workloads, with the support of micro-services across devices, network edge and cloud. A next generation programmable optical and wireless transport network infrastructure will be developed and deployed to support 6G systems.
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