Autonomic/Autonomous Networking (AN): Federations & Governance of ANs, Progress & Open Challenges in Standards: Analysis Report

R. Chaparadza, Muslim Elkotob, Benoit Radier, T. B. Meriem, Eman M. Hammad, T. Choi
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Abstract

Future Networks, Beyond 5G and 6G, will continue to expand in scale, complexity and interconnectivity, and will be highly shaped by distributed systems that serve various use cases that go beyond current Use Cases like mMTC (massive Machine Type Communications) and URLLC (Ultra Reliable Low Latency Communications). This will be coupled with an increasing demand for autonomy in self-organization and self-management, automation and interoperability on a very dynamic flexible basis. Systems-of-systems architectures will become more relevant as multiple autonomous/semi-autonomous systems adaptively seek to operate and interact with their peers (including in the advent of so-called “symbiotic autonomous systems”). Research on autonomous systems and autonomic networks recognizes the benefits to making autonomic/autonomous systems interact with each other when needed and should explore frameworks that will enable this dynamic interactivity under the emerging concept of Federation of Autonomic/Autonomous networks (ANs). Autonomy and Degree of Autonomy in ANs should be subjected to “governance by humans” through their exposure of Governance Interfaces to make sure ANs solely serve purposes that humans expect of them and not negatively impact environment and society. The use of Federation and in some cases Governance interfaces and mechanisms is a promising technology for interconnecting systems, enabling innovation and service delivery by the federating AN systems; and allowing asset sharing and extending traditional eco-systems and value-chains with further resources and stakeholders (including new ones that were never involved in the traditional ICT ecosystems but should now be involved in 5G and 6G ecosystems). The paper provides an analysis of the aspects of relevance to the broader picture of ANs in standardization efforts, multi-layer autonomic systems design and operational principles, federation and governance of ANs, progress and open challenges in standards, so as to provide contributions on what needs to be complemented to ongoing efforts in standardization groups. This paper also serves to give an analysis of progress in key topics of the IEEE workshop held on this subject (of which the paper contributed).
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自治/自治网络(AN): AN的联盟和治理,标准中的进展和开放挑战:分析报告
未来的网络,超越5G和6G,将继续扩大规模,复杂性和互联性,并将受到分布式系统的高度影响,这些系统将服务于各种用例,超越当前的用例,如mMTC(大规模机器类型通信)和URLLC(超可靠低延迟通信)。与此同时,在非常动态灵活的基础上,对自组织和自我管理、自动化和互操作性的自主性的需求也在不断增加。随着多个自治/半自治系统自适应地寻求与同行操作和交互(包括所谓的“共生自治系统”的出现),系统的系统架构将变得更加相关。对自治系统和自治网络的研究认识到在需要时使自治/自治系统相互作用的好处,并且应该探索能够在自治/自治网络联盟(ANs)的新兴概念下实现这种动态交互的框架。人工智能的自治和自治程度应该通过其治理接口的暴露而受到“人类的治理”,以确保人工智能只服务于人类期望它们的目的,而不会对环境和社会产生负面影响。使用联合(在某些情况下是治理)接口和机制是一种很有前途的技术,用于连接系统,从而实现联合AN系统的创新和服务交付;允许资产共享,并通过更多资源和利益相关者(包括从未参与传统ICT生态系统但现在应该参与5G和6G生态系统的新参与者)扩展传统生态系统和价值链。本文分析了标准化工作中与网络安全相关的更广泛的方面,多层自治系统设计和操作原则,网络安全的联邦和治理,标准的进展和公开挑战,以便为标准化小组正在进行的工作提供补充。本文还分析了关于该主题的IEEE研讨会的关键主题的进展情况(本文也参与了该研讨会)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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