Wavelength Division Multiple Access Ring : Virtual Topology on a Simple Ring Network

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概要

• 論文の詳細を見る

• In this paper, Wavelength Division Multiple access(WDM)ring is proposed for interconnection in workstation clusters or parallel machines. This network consists of ring connected routers each of which selectively passes signals addressed in some particular wavelengths. Other wavelengths are once converted to electric signals, and re-transmitted being addressed in different wavelengths. Wavelengths are assigned to divisors of the number of nodes in the system. Using the regular WDM ring with imaginary nodes, the diameter and average distance are reduced even if the number of nodes has few divisors. It provides better diameter and average distance than that of the uni-directional torus. Although the diameter and average distance is worse than that of ShuffleNet, the physical structure of the WDM ring is simple and the available number of nodes is flexible.

• 社団法人電子情報通信学会の論文
• 1998-04-25

著者

• Amano H

  Keio Univ. Yokohama‐shi Jpn

• Amano Hideharu

  Amano Laboratory Department Of Computer Science Keio University

• DONG Xiaoshe

  Amano Laboratory, Department of Computer Science, Keio University

• KUDOH Tomohiro

  Real World Computing Partnership

• Dong Xiaoshe

  Amano Laboratory Department Of Computer Science Keio University

• Kudoh T

  National Institute Of Advanced Industrial Science And Technology (aist)

関連論文

• A Routing Algorithm for Multihop WDM Ring
• Wavelength Division Multiple Access Ring : Virtual Topology on a Simple Ring Network
• Message Transfer Algorithms on the Recursive Diagonal Torus
• A High-Speed, Highly-Reliable Network Switch for Parallel Computing System Using Optical Interconnection(Special Issue on Optical Interconnects/Optical Signal Processing)
• Architecture and Evaluation of a Third-Generation RHiNET Switch for High-Performance Parallel Computing( Development of Advanced Computer Systems)
• The RDT Router Chip: A Versatile Router for Supporting a Distributed Shared Memory
• An FPGA-Based Acceleration Method for Metabolic Simulation(Recornfigurable Systems)(Reconfigurable Systems)

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