光IP交换:解耦网络架构中动态光路建立的解决方案

G. Mulvihill, M. Ruffini, F. Smyth, L. Barry, L. Doyle, D. O'Mahony
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引用次数: 6

摘要

电讯环境的景观不断演变;在架构和不断增长的数据速率方面。确保在尽可能低的层做出路由决策,可以提供最大的数据吞吐量。我们建议使用DWDM方案中的波长作为绕过路由器中的路由查找的专用信道。然而,电信业的未来趋势是走向更多相互联系的竞争运营商网络。这反过来意味着缺乏统一的控制平面来允许当前网络动态地提供光路。本文将介绍光IP交换的概念。该概念旨在解决分解网络中的光控制平面问题,同时提供一种动态配置光路径以满足大数据流的方法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optical IP Switching a Solution to Dynamic Lightpath Establishment in Disaggregated Network Architectures
The landscape of the telecommunications environment is constantly evolving; in terms of architecture and increasing data-rate. Ensuring that routing decisions are taken at the lowest possible layer offers the possibility of greatest data throughput. We propose using wavelengths in a DWDM scheme as dedicated channels that bypass the routing lookup in a router. The future trend of telecommunications industry is, however, toward larger numbers of interlinked competing operator networks. This in turn means there is a lack of a unified control plane to allow current networks to dynamically provision optical paths. This paper will report on the concept of optical IP switching. This concept seeks to address optical control plane issues in disaggregated networks while providing a means to dynamically provision optical paths to cater for large data flows
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