Towards Smart Public Interconnected Networks and Services – Approaching the Stumbling Blocks
preprintposted on 2022-05-04, 19:38 authored by Håkon Lønsethagen, Stanislav LangeStanislav Lange, Thomas Zinner, Harald Øverby, Luis M. Contreras, Nicola Ciulli, Emmanuel Dotaro
The visions of 5G and beyond (B5G) imply unprecedented expectations toward general digital high-performing connectivity services in both public and private networks. Connectivity services that offer performance guarantees along multiple QoS dimensions are partially available today, but are confined to (virtual) private network services. However, open and equal access to public and Internet-scale Specialized Connectivity Services (SCS) delivered on-demand with interconnections across networks and support for mixed traffic modes that go beyond traditional best effort does not exist. In this paper, we argue that this is a huge industrial and societal problem that needs a solution. However, this problem is highly complex and multi-faceted, and there are many reasons why we are more or less locked into the status quo. This paper identifies the stumbling blocks and argues that there is a need for a holistic set of solution elements to take us across these hurdles. A roadmap approach is suggested alongside related research topics. Models and simulations are provided showing how a mixed traffic mode approach provides anticipated benefits. Arguments are given why the context brought by B5G will put us into conditions for change, allowing public SCS eventually at a global scale.
This work has been performed in the framework of EC H2020 TeraFlow (101015857).
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