全光多光纤树状网络

J. Bannister, M. Gerla, M. Kovacevic
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引用次数: 11

摘要

鉴于许多光纤可以经济地封装在一根电缆中,因此考虑了利用多光纤拓扑结构的通信网络的设计。提出了一种利用多光纤树拓扑结构为大量站点提供高速数据报和电路交换通信服务的网络体系结构。使用空间、波长和时分多路复用的组合,该网络架构为其站点提供全光传输介质,并且可以在不需要光放大或光电信号再生的情况下将城域网中的数千个站点互连起来
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An all-optical multifiber tree network
Given that many optical fibers can be economically packaged within a single cable, the design of communication networks that exploit multifiber topologies is considered. A network architecture that uses the multifiber tree topology to provide high-speed datagram and circuit-switching communication services to a large population of stations is presented. Using a combination of space-, wavelength-, and time-division multiplexing, this network architecture provides all-optical transmission media to its stations and can interconnect several thousand stations in a metropolitan region without the need for optical amplification or electrooptical signal regeneration.<>
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