Core and Metro Networks / Wiley Series in Communications Technology (PDF)

Preface 1 The Emerging Core and Metropolitan Networks Andrea Di Giglio, Angel Ferreiro and Marco Schiano 1.1 Introduction 1.2 General Characteristics of Transport Network 1.3 Future Networks Challenges 1.4 New Transport Networks Architectures 1.5 Transport Networks Economics Acronyms References 2 The Advances in Control and Management for Transport Networks Dominique Verchere and Bela Berde 2.1 Drivers Towards More Uniform Management and Control Networks 2.2 Control Plane as Main Enabler to Autonomic Network Integration 2.3 Multilayer Interactions and Network Models 2.4 Evolution of Connection Services and Special Cases of Optical Networks 2.5 Conclusion References 3 Elements from Telecommunications Engineering Chris Matrakidis, John Mitchell and Benn Thomsen 3.1 Digital Optical Communication Systems 3.2 Performance Estimation References 4 Enabling Technologies Stefano Santoni, Roberto Cigliutti, Massimo Giltrelli, Pasquale Donadio, Chris Matrakidis, Andrea Paparella, Tanya Politi, Marcello Potenza, Erwan Pincemin and Alexandros Stavdas 4.1 Introduction 4.2 Transmitters 4.3 Receiver 4.4 The Optical Fiber 4.5 Optical Amplifiers 4.6 Optical Filters and Multiplexers References 5 Assessing Physical Layer Degradations Andrew Lord, Marcello Potenza, Marco Forzati and Erwan Pincemin 5.1 Introduction and Scope 5.2 Optical Power Budgets, Part I 5.3 System Bandwidth 5.4 Comments on Budgets for Nonlinear Effects and Optical Transients 5.5 Semianalytical Models for Penalties 5.6 Translucent or Hybrid Networks 5.7 Appendix References 6 Combating Physical Layer Degradations Herbert Haunstein, Harald Rohde, Marco Forzati, Erwan Pincemin, Jonas Martensson, Anders DjupsjEURobacka and Tanya Politi 6.1 Introduction 6.2 Dispersion-Compensating Components and Methods for CD and PMD 6.3 Modulation Formats 6.4 Electronic Equalization of Optical Transmission Impairments 6.5 FEC in Lightwave Systems 6.6 Appendix: Experimental Configuration and Measurement Procedure for Evaluation and

Dr. Alexandros Stavdas currently fills the position of Associate Professor in the department of Telecommunications Science and Technology at the University of Peloponnese, Tripolis, Greece. Dr. Stavdas holds a B.Sc. in Physics (University of Athens), a M.Sc. in Optoelectronics and Laser Devices (Heriot-Watt University/St-Andrews University), a Ph.D. (University College of London) in the field of wavelength routed WDM networks.
He is also heading the Optical Networking Group of NTUA. He is the author or co-author of over 50 journal publications and conference articles. He also served as Technical Program Committee Chairman and Member in a large number of conferences. Current interests include physical layer modeling of optical networks, ultra-high capacity end-to-end optical networks, OXC architectures, Optical Packet/Burst Switching and WDM access networks.

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