向边缘延伸柔性网格光学核心

L. Velasco, M. Ruiz, A. Castro, J. Comellas
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引用次数: 1

摘要

在固定网格DWDM光网络的基础上,设计了全国性的IP/MPLS网络,以覆盖更大的区域。此外,多层IP/MPLS-over-DWDM网络利用疏导实现了高频谱效率,填补了用户流量和波长信道容量之间的空白。柔性网格技术的出现提供了更细的粒度,使得在光学层进行修饰成为可能。我们建议将以前的多层方法扁平化,并向通过基于灵活网格的核心网连接的多个IP/MPLS区域组成的单层网络发展。提出了一种基于柔性网格的IP/MPLS全国网络设计的两步法。本文提出了一种连接小区域的未来大型柔性电网核心网。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Extending the flexgrid optical core towards the edges
National IP/MPLS network have being designed on top of fixed-grid DWDM optical networks so to spread out covering large areas. Besides, multilayer IP/MPLS-over-DWDM networks take advantage from grooming to achieve high spectrum efficiency, filling the gap between users' flows and wavelength channels' capacity. The advent of the flexgrid technology providing a finer granularity makes possible to perform grooming also at the optical layer. We propose to flatten previous multilayer approaches and advance towards single layer networks consisting in a number of IP/MPLS areas connected through a flexgrid-based core network. A two-step procedure to design such flexgrid-based IP/MPLS national networks is proposed. In this paper, a future large flexgrid core network inter-connecting small areas is shown.
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