5G-TRANSFORMER meets Network Service Federation: design, implementation and evaluation

J. Baranda, J. Mangues‐Bafalluy, R. Martínez, L. Vettori, Kiril Antevski, C. Bernardos, Xi Li
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引用次数: 8

Abstract

5G networks require flexibility, automation and programmability to satisfy the requirements of verticals industries. 5G-TRANSFORMER project proposes an SDN/NFV based network platform to enable this vision. Among its features, this platform allows the end-to-end deployment of parts of a network service (NS) in multiple administrative domains, which is known as network service federation (NSF). This feature increases network flexibility, opening the door to new business models. This paper complements our previous work by providing a detailed description of the 5G-TRANSFORMER NSF workflow, its interface and a profiling of the operations involved in the deployment of an NS between multiple administrative domains in a real experimental setup. Experimental results reveal i) that a federated NS can be deployed in the order of few minutes (less than 5 minutes), in line with the 5G target of reducing service setup to minutes, and ii) the impact of the NSF procedure in the deployment time is reduced when compared with the deployment of the same NS in a single administrative domain.
5G-TRANSFORMER满足网络服务联盟:设计、实施和评估
5G网络需要灵活性、自动化和可编程性,以满足垂直行业的需求。5G-TRANSFORMER项目提出了一个基于SDN/NFV的网络平台来实现这一愿景。在其功能中,该平台允许在多个管理域中对网络服务(NS)的部分进行端到端部署,这被称为网络服务联合(NSF)。这一特性增加了网络的灵活性,为新的商业模式打开了大门。本文通过提供5G-TRANSFORMER NSF工作流程的详细描述,其接口以及在真实实验设置中多个管理域之间部署NS所涉及的操作分析,补充了我们之前的工作。实验结果表明:1)联邦网络可以在几分钟(不到5分钟)的时间内部署,符合5G将服务设置减少到几分钟的目标;2)与在单个管理域中部署相同的网络相比,减少了NSF过程对部署时间的影响。
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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