Multi-Fiber Linear Lightwave Networks : Design and Implementation Issues

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概要

• 論文の詳細を見る

• Linear lightwave networks (LLNs) [1] are optical networks in which network nodes perform only linear operations on optical signals: power splitting, combining, and nonregenerative amplification. While previous efforts on LLNs assume only one fiber per link, we consider a multi-fiber linear lightwave network (M-LLN) architecture for telecommunications where switching exchanges are normally connected by multi-fiber cables. We propose a class of linear path (LP) allocation schemes for establishing optical paths in M-LLNs, and show that they have a better performance than those proposed for single-fiber LLNs. We show thatM-LLNs can be implemented with commercially available components, and discuss the implementation issues in detail.

• 一般社団法人電子情報通信学会の論文
• 1994-08-25

著者

• Chan Kin-hang

  The Department Of Information Engineering The Chinese University Of Hong Kong

• Wong Po-choi

  The Department Of Information Engineering The Chinese University Of Hong Kong

関連論文

• Multi-Fiber Linear Lightwave Networks : Design and Implementation Issues

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