IP over WDM流量工程

J.Y. Wei, K.H. Liu
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引用次数: 4

摘要

IP/WDM网络中的流量工程可以采用叠加和集成两种方式。通过叠加流量工程,一层的操作可以独立于另一层的操作。针对IP网络或WDM网络开发的流量工程解决方案可以分别直接应用于每一层。在目前阶段,预计迈向IP over WDM的第一步是将IP路由器接口连接到光添加/丢弃多路复用器客户端添加/丢弃端口。这形成了一个覆盖网络,其中WDM作为服务器层,IP作为客户端层。这种覆盖客户机-服务器网络与覆盖流量工程的概念是自然匹配的。通过集成流量工程,在IP层和WDM层协调地追求与选定目标相关的优化。这是通过多协议lambda交换等机制实现的,它允许跨两层的统一控制平面。随着在每个网元上集成IP和WDM功能的更复杂硬件的出现,集成流量工程可以更自然、更有效地执行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IP over WDM traffic engineering
Traffic engineering in IP/WDM networks can be pursued in two fashions: overlay and integrated. With overlay traffic engineering, operations in one layer can be independent from those in the other layer. Traffic engineering solutions developed for either IP networks or WDM networks can be directly applied to each layer, respectively. At the present stage, an anticipated first step towards IP over WDM is to hook up IP router interfaces to optical add/drop multiplexer client add/drop ports. This forms an overlay network in which WDM serves as the server layer and IP behaves like the client layer. This overlay client-server network is a natural match to the notion of overlay traffic engineering. With integrated traffic engineering, optimization with respect to selected objectives is pursued coordinately across both the IP and WDM layers. It is made possible by mechanisms such as multi-protocol lambda switching that allows a unified control plane across both layers. With the emergence of more sophisticated hardware that integrates functionality of both IP and WDM at each network element, integrated traffic engineering can be performed more naturally and efficiently.
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