WDM optical networks : concepts, design and algorithms

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書誌事項

WDM optical networks : concepts, design and algorithms

C. Siva Rum Murthy and Mohan Gurusamy

Prentice Hall PTR, 2002

大学図書館所蔵 件 / 全4件

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内容説明・目次

内容説明

The complete, example-based guide to advanced WDM networks. *WDM technology *WDM network architecture, protocols, and routing *WDM network design, provisioning, and survivability *Next-generation IP-over-WDM optical Internets Wavelength division multiplexing (WDM) and wavelength routing are rapidly becoming the technologies of choice in network infrastructure that must accommodate unprecedented, accelerating demand for bandwidth. WDM Optical Networks: Concepts, Design, and Algorithms provides practicing engineers, students, and researchers with a systematic, up-to-date introduction to the fundamental concepts, challenges, and state-of-the-art developments in WDM optical networks. The authors rely extensively on real-world examples and draw on the latest research to cover optical network design and provisioning in far greater depth than any other book.Coverage includes: *WDM advantages: increased usable bandwidth, reduced processing cost, protocol transparency, and efficient failure handling *Architecture and routing in wavelength-convertible networks *In-depth coverage of wavelength routing and rerouting algorithms *Virtual topology design and reconfiguration *Ensuring network survivability: practical design and provisioning techniques *Optical multicast routing: node architecture, tree generation, and virtual source-based trees *Previewing and planning for next-generation IP-over-WDM optical Internets *Includes extensive directory of Web resource links Focusing primarily on WDM technology, WDM Optical Networks will be invaluable to every network engineer, technical manager, researcher, and student involved with the design or implementation of advanced WDM networks.

目次

(NOTE: Each chapter begins with an Introduction and concludes with Problems.) Preface. 1. WDM Technology and Issues in WDM Optical Networks. Optical Networks. Wavelength Division Multiplexing. WDM Optical Networking Evolution. Enabling Technologies for WDM Optical Networks. WDM Optical Network Architectures. Issues in Wavelength Routed Networks. Next-Generation Optical Internet Networks. Book Overview. 2. Wavelength Routing Algorithms. Classification of RWA Algorithms. RWA Algorithms. Fairness and Admission Control. Distributed Control Protocols. Permutation Routing and Wavelength Requirements. Summary. 3. Wavelength-Convertible Networks. Need for Wavelength Converters. Wavelength-Convertible Switch Architectures. Routing in Convertible Networks. Performance Evaluation of Convertible Networks. Networks with Sparse Wavelength Conversion. Converter Placement Problem. Converter Allocation Problem. Summary. 4. Wavelength Rerouting Algorithms. Benefits of Wavelength Rerouting. Issues in Wavelength Rerouting. Lightpath Migration. Rerouting Schemes. Algorithm AG. Algorithm MWPG. Rerouting in WDM Networks with Sparse Wavelength Conversion. Rerouting in Multifiber Networks. Rerouting in Multifiber Unidirectional Ring Networks. Summary. 5. Virtual Topology Design. Virtual Topology Design Problem. Virtual Topology Design Subproblems. Virtual Topology Problem Formulation. Virtual Topology Design Heuristics. Regular Virtual Topology Design. Predetermined Virtual Topology and Lightpath Routes. Predetermined Virtual Topology. Design of Multifiber Networks. Summary. 6. Virtual Topology Reconfiguration. Need for Virtual Topology Reconfiguration. Reconfiguration Due to Traffic Changes. Reconfiguration for Fault Restoration. Summary. 7. Network Survivability and Provisioning. Failures and Recovery. Restoration Schemes. Multiplexing Techniques. Provisioning Restorable Multifiber Networks. Provisioning Restorable Single-Fiber Networks. Backup Multiplexing-Based Routing. Primary-Backup Multiplexing-Based Routing. Distributed Control Protocols. Survivability in WDM Ring Networks. Summary. 8. Optical Multicast Routing. Multicast Routing Problem. Node Architectures. Multicast Tree Generation. Source-Based Tree Generation. Steiner-Based Tree Generation. Virtual Source-Based Trees. Summary. 9. Next-Generation Optical Internet Networks. Optical Circuit Switching. Optical Burst Switching. Optical Packet Switching. MPLS in WDM Networks. Summary. References. Appendices. AWEB RESOURCES LIST. BATM Technology. CSONET Technology. DMPLS Framework. Acronyms. Index.

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