面向B5G/6G的三三三网络体系架构和优化学习机制

面对未来B5G/6G网络是大连接复杂智能网络,极其大量的用户连接、需求连接、服务连接,加之3G、4G、5G甚至6G的综合运用,将导致网络变得极其复杂的挑战,提出了一种三三三网络体系架构,它是一个包含3类网络(核心网、接入网、终端网)、3种资源(频率带宽、功耗、时延)和3项需求(生活、工作、服务)的三维立体综合优化的体系...

Three-three-three network architecture and learning optimization mechanism for B5G/6G

Aiming at the problem that the future B5G/6G network is a complex intelligent network with large connections,coupled with the comprehensive application of 3G,4G,5G and even 6G,the future networks will inevitably become extremely complex,a three-three-three network architecture was proposed that was a network that includes three types of networks(core network,access network and terminal network),three resources(frequency band,power and time consumptions)and three requirements(active,work and service),which was a three-dimensional comprehensive optimization system architecture,referred to as the three-three-three network.Furthermore,the mathematical basic formulas of the three-dimensional complex network were analyzed,the knowledge+data-driven learning model and the optimization method of intelligent processing using the knowledge learning mechanism were presented.Finally,the numerical example and reachable performance of the three-three-three network were given.Those results demonstrate that the proposed network architecture and the learning optimization mechanism are beneficial for designing future large-connected complex intelligent networks.