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The Evolution Trend of Optical Core Network 被引量:1

The Evolution Trend of Optical Core Network
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摘要 Optical network is the infrastructure of telecommunicationnetwork. More than 95% of information istransported over optical network in China, wherecore network is the main trunk. How to increase thebit rate of the single wavelength channel, raise thetotal capacity of the DWDM system, extend theoptical transportation distance of electrical repeaterfree of the DWDM system and optical network intelligenceare key problems demanding high attention.The evolution trend of the optical core network isdescribed with some examples in this paper. Optical network is the infrastructure of telecommunication network. More than 95% of information is transported over optical network in China, where core network is the main trunk. How to increase the bit rate of the single wavelength channel, raise the total capacity of the DWDM system, extend the optical transportation distance of electrical repeater free of the DWDM system and optical network intelligence are key problems demanding high attention. The evolution trend of the optical core network is described with some examples in this paper.
出处 《China Communications》 SCIE CSCD 2008年第1期4-8,共5页 中国通信(英文版)
关键词 OPTICAL CORE NETWORK DWDM UHS ULC ULH ASON optical core network DWDM UHS ULC ULH ASON
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参考文献2

  • 1MAO Qian."Development progress of 40Gb/s (STM-256) SDH optical system in China"[].《China Communication》.2005
  • 2MAO Qian,LU Jianxin,HE Jianming."R&D Progress of 40Gb/s SDH and 80×40Gb/s DWDM in China"[].APOC.2006

同被引文献14

  • 1Wang, Hongxiang,Ji, Yuefeng.Research and Progress of Service Driven Optical Switching Network in China[J].China Communications,2008,5(1):9-21. 被引量:1
  • 2ALBARRAK S,HARLE D.Pre-Allocated Restoration Tech- nique in a Distributed GMPLS-Based IP/WDM Mesh Net-work. Proceedings of the ICTTA’’06 . 2006
  • 3MOSTAFA M,AZIM A,JIANG Xiaohong, et al.Active Lightpath Restoration in WDM Networks. OSA Journal of Optical Networking . 2000
  • 4AZIM M M A,JIANG Xiaohong,HORIGUCHI S.Perform- ance Analysis for Active Restoration-Based Optical Net- works Incorporating the Correlation Among Backup Routes. Proceedings of the IEEE International Confer- ence on Communications, 2006 . 2006
  • 5HUANG Zhitong,JI Yuefeng.Sensor-Based Performance Monitoring Mechanism in GMPLS-Controlled Networks. IEEE Communications Letters . 2008
  • 6PONMALAR S,SUNDARAVADIVELU S.Design of High Speed Optical Switches for Intelligent Optical Networks. Proceedings of the International Conference on Computing, Communication and Networking, 2008 . 2008
  • 7MAIER M,HAMAD A.Global Overview of Optical Switching Network Testbed Activities. Journal of Lightwave Technol- ogy . 2009
  • 8Hang Liu,Eric Bouillet,and Dimitrios Pendarakis.Distributed Route Computation and Provisioning in Shared Mesh Optical Networks. IEEE Journal on Selected Areas in Communications . 2004
  • 9John D Angelopoulos,Konstantinos Kanonakis,George Koukouvakis,Helen C. Leligou,Chris Matrakidis,Theofanis G.Orphanoudakis,Alexandros Stavdas."An Optical Network Architecture With Distributed Switching Inside Node Clusters Features Improved Loss, Efficiency, and Cost,". Journal of Lightwave Technology . 2007
  • 10L. Valcarenghi,A. Fumagalli,etc.Preplanned weighted restoration in highly dynamic GMPLS networks. OFC . 2002

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