Router design for optical Cartesian networks

N. Sheth, Larry Hughes
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引用次数: 1

Abstract

The paper describes the progress in the research, design, and development of an all-optical router for the optical switching of packets in Cartesian networks (a novel network akin to mesh networks). The importance of all-optical packet switching/routing for convergent, next generation transport network is described. The selection of Cartesian routing as the basic routing methodology for all-optical packets is justified. The photonic packet switch/router architecture is studied in detail. Various design issues related to an all-optical node, such as header synchronization, header processing and optical buffering have been addressed. The functionality modelling of optical components and optical switch/router simulation algorithms are presented as well.
光笛卡尔网络的路由器设计
本文介绍了笛卡尔网络(一种类似于网状网络的新型网络)中用于分组光交换的全光路由器的研究、设计和开发进展。阐述了全光分组交换/路由对下一代融合传输网络的重要性。选择笛卡尔路由作为全光分组的基本路由方法是合理的。详细研究了光子分组交换机/路由器的体系结构。解决了与全光节点相关的各种设计问题,如报头同步、报头处理和光缓冲。给出了光器件的功能建模和光交换机/路由器的仿真算法。
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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