Wavelength Converters in Optical Networks, 1/e
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Wavelength Converters in Optical Networks, 1/e

Author : K R Venugopal
© Year : 2008
ISBN : 9788189866280
Pages : 180
Binding : Hardback
Weight : 0.54   kg
Discount : 20.00  %
Price :   32.00      25.60
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  • About the Book
  • Salient Features
  • Table of Contents
  • About the Author

The first generation networks built before the emergence of fiber optics and the second generation networks which used fiber as a replacement for copper links in Local Area network (LAN), Metropolitan Area Network (MAN) and Wide Area Network (WAN) are not adequate to meet the emerging integrated demands of the communication applications. Huge bandwidth must be provided to support applications such as super-computer interconnect, videoconferencing, etc., co-existing with smaller bandwidth requirements of data, audio, and many other applications for thousands of end-users. Wavelength Converters in Optical Networks deals with the third generation networks that use Wavelength Division Multiplexing (WDM), wavelength routed optical networking technology. This technology can efficiently utilize the enormous bandwidth of the optical fiber and has been able to meet the emerging integrated demands of the communication applications.

  • WDMA network architecture models have been presented
  • Literature has been supported and explained with diagrams and tables wherever required, for clear understanding of students.
  • Simulation studies in the 12-node ring network, 28-node USA long hand network, 14-node NSFNET, 19-node European Optical Network (EON), 30-node INET network and 52-node arbitrary mesh network have been presented.
  • Motivation for the present work and the organization of thesis has been outlined.
  • Research activity in network topology recon figuration, issues in fault tolerances, and the objectives of various test beds in progress have been presented
  • Last chapter presents the summary and contribution of the work

  • Introduction
  • Network Model
  • Packet Switched Networks
  • Motivation
  • Literature Survey
  • Introduction
  • Review of Circuit Switched Networks
  • Review of Packet Switched Networks
  • Survivability and Reconfiguration
  • Network Controller
  • Testbeds
  • Summary
  • Performance Analysis of Wavelength Converters
  • Introduction
  • Blocking Probability in a Linear Chain
  • Impact of Wavelength Converters
  • Problem Definition
  • Netwrok Model
  • Analytical Model
  • Algorithms
  • Simulation and Numerical Results
  • Summary
  • Placement of Wavelength Converters
  • Introduction
  • Problem Definition
  • Algorithms
  • Illustrative Examples
  • Genetic Algorithm for Placement of Wavelength Converters
  • Simulation and Numerical Results
  • Summary
  • Limited Wavelength Conversion
  • Introduction
  • Problem Definition
  • Integer Linear Programming (ILP) Model for Minimizing Wavelength Conversion
  • Adjacent Wavelength Conversion
  • Assignment
  • Model to Compute the Average Distortion of the Optical Signal
  • Algorithms
  • Simulation and Numerical Results
  • Summary
  • Routing and Wavelength Assignment in Wavelength Convertible Networks
  • Introduction
  • Problem Definition
  • Algorithms
  • Simulation and Numerical Results
  • Summary
  • Packet Switched Networks with Tunable Wavelength Converters
  • Introduction
  • Problem Definition
  • Network Model
  • Simulation and Numerical Results
  • Summary
  • Conclusions
  • Summary Contributions of this Work
  • Future Works
  • Bibliography
  • Index

K R Venugopal :- K.R. Venugopal is serving as the Principal and Dean of Engineering at University Visvesvaraya College of Engineering, Bangalore University, Bangalore. He obtained his Bachelor of Engineering from University Visvesvaraya College of Engineering. He received his Masters degree in Computer Science and Automation from Indian Institute of Science, Bangalore. He was awarded Ph.D. in Economics from Bangalore University and Ph.D. in Computer Science from Indian Institute of Technology, Madras. He has a distinguished academic career and has degrees in Electronics, Economics, Law, Business Finance, Public Relations, Communications, Industrial Relations, Computer Science and Journalism. He has authored 23 books on Computer Science and Economics, which include Petrodollar and the World Economy; C Aptitude; Mastering C; Microprocessor Programming; Mastering C++ and others. During his nearly three decades of service at UVCE he has over 175 research papers to his credit. His research interests include Computer Networks, Parallel and Distributed Systems, Digital Signal Processing and Data Mining.

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