未来网络和业务的软件化——作为下一代软件定义网络的可编程网络

A. Galis, S. Clayman, L. Mamatas, J. Rubio-Loyola, A. Manzalini, S. Kukliński, J. Serrat, T. Zahariadis
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引用次数: 47

摘要

软件定义网络(sdn)和网络功能虚拟化(nfv),作为最近独立的研究和发展趋势,根源于十年前开发的可编程/主动网络技术和标准。特别是,它们与从控制和硬件到网络软件的转发解耦相关联,使用连接资源的开放接口。下一阶段的研发将涉及所有连接、存储和处理资源的新颖集成和使用,在新的管理下与控制系统交互,以提供随需应变的网络和服务,并不断更新功能。这为未来十年带来了一个相对较新的关键主题:在不重新发明每次架构方面和相关组件(例如未来网络和服务的软件化或可编程网络)的情况下,如何以及如何为有效和持续更新和改变网络功能创造条件。本文介绍了实现这种可编程网络作为下一代软件定义网络的动机、架构和主要挑战,重点是其管理平面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Softwarization of Future Networks and Services -Programmable Enabled Networks as Next Generation Software Defined Networks
The Software Defined Networks (SDNs) and Network Functions Virtualisation (NFVs), as recent separate research and development trends have the roots in programmable / active network technologies and standards developed a decade ago. In particular, they are associated with the decoupling of forwarding from control and hardware from networking software, using open interfaces to connectivity resources. The next phase of R&D would involve novel integration and use of all connectivity, storage and processing resources under new management interacting with control systems for provisioning of on-demand networking and services with continuous update of features. This brings into focus a relatively new and key topics for the next decade: what and how to create the conditions for effective and continuous updating and changing the networking functions without reinventing each time architectural aspects and related components (e.g. Softwarization of Future Networks and Services or Programmable Enabled Networks). This paper presents motivation, architecture and the key challenges in realising such programmable enabled networks as the next generation Software Defined Networks focusing on its management plane.
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