The advent of 5G and the design of its architecture has become possible because of the previous individual scientific works and standardization efforts on cloud computing and network softwarization. Software-defined Networking and Network Function Virtualization started separately to find their convolution into 5G network architecture. Then, the ongoing design of the future beyond 5G (B5G) and 6G network architecture cannot overlook the pivotal inputs of different independent standardization efforts about autonomic networking, service-based communication systems, and multi-access edge computing. This article provides the design and the characteristics of an agent-based, softwarized, and intelligent architecture, which coherently condenses and merges the independent proposed architectural works by different standardization working groups and bodies. This novel work is a helpful means for the design and standardization process of the futureB5G and 6G network architecture.
翻译:由于先前关于云计算和网络软化的单项科学工程和标准化努力,5G的出现及其结构的设计成为可能。软件定义的网络和网络功能虚拟化开始分别发现它们演变成5G网络结构。随后,5G(B5G)和6G网络结构的当前设计不能忽视关于自动联网、服务通信系统和多接入边缘计算的不同独立标准化努力的关键投入。本文章提供了一种以代理为基础、软化和智能的建筑的设计和特征,这些设计和特征一致地压缩和合并了不同标准化工作组和机构拟议的独立建筑工程。这一新的工作对于未来B5G和6G网络结构的设计和标准化进程是有用的。