Optically Amplified WDM Networks > Chapter 5 Dynamic and Static Gain Changes of Optical Amplifiers at ROADM Nodes > References

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Table of Contents

Front Cover

Optically Amplified WDM Networks

Contents

Foreword

Author Biographies

Chapter 1 Optical Amplifiers for Next Generation WDM Networks: A Perspective and Overview

Chapter 2 ROADM-Based Networks

Chapter 3 Challenges and Opportunities in Future High-Capacity Optical Transmission Systems

Chapter 4 EDFAs, Raman Amplifiers and Hybrid Raman/EDFAs

Chapter 5 Dynamic and Static Gain Changes of Optical Amplifiers at ROADM Nodes

5.1 EDFAs in ROADM-BASED systems

5.2 Optical power surge in Edfa and its suppression

5.3 Spectral hole burning phenomena in silica-based edf

5.4 Principles of gain spectral hole burning in erbium-doped fiber amplifiers

5.5 Positive gain change of gain spectral hole burning observed at room temperature

5.6 Numerical model of GSHB in EDFA

5.7 Summary

Acronyms

References

Chapter 6 Mastering Power Transients--A Prerequisite for Future Optical Networks

Chapter 7 Spectral Power Fluctuations in DWDM Networks Caused by Spectral-Hole Burning and Stimulated Raman Scattering

Chapter 8 Amplifier Issues for Physical Layer Network Control

Chapter 9 Advanced Amplifier Schemes in Long-Haul Undersea Systems

Chapter 10 Challenges for Long-haul and Ultra-long-haul Dynamic Networks

Chapter 11 Transport Solutions for Optically Amplified Networks

Chapter 12 Optical Amplifier for Maintenance Friendly Fiber Networks

Chapter 13 Low Cost Optical Amplifiers

Chapter 14 Semiconductor Optical Amplifiers for Metro and Access Networks

Chapter 15 Market Trends for Optical Amplifiers

Index

References 153 ACRONYMS AGC APC EDF EDFA GEQ GMPLS GSHB LD OSA ROADM SHB SRS WDM Auto gain control Auto power control Erbium-doped fiber Erbium-doped fiber amplifier Gain equalizer Generalized multiprotocol label switching Gain spectral hole burning Laser diode Optical spectrum analyzer Reconfigurable optical add-drop multiplexer Spectral hole burning Stimulated Raman scattering Wavelength division multiplexed

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Chapter 5 Dynamic and Static Gain Change... > References - Pg. 153