Optical Performance Monitoring
Advanced Techniques for Next-Generation Photonic Networks
Edited by- Calvin Chan, Assoc. Prof., Dept. of Information Engineering, Chinese University of Hong Kong
This in-depth, detailed reference presents for the first time a comprehensive treatment of recent advances in optical performance monitoring. Written by leading experts in the field, the book provides an overview of recent developments in the area and the role of OPM in future optical systems and networks. Detailed discussions of various advanced techniques are provided to illustrate their principles.
FEATURES:
- Presents the principles and applications of advanced OPM techniques, together with a comparative evaluation of their effectiveness in monitoring individual parameters, such as optical signal-to-noise ratio, chromatic dispersion, and polarization mode dispersion
- Explains the principles of the various advanced optical signal processing techniques and their applications in OPM
- Examines the role and applications of OPM in optical networks, including optical transport networks, coherent optical systems, and long-haul optical transmission systems
- Discusses the current approaches of OPM in the global standard SDH/SONET
This book is ideal for technical professionals and researchers who want to understand and evaluate advanced techniques in OPM and their impact on the practical design of next-generation optical systems and networks.
Audience
Optical and photonic engineers, R&D engineers, communications engineers, service providers, technical professionals, component vendors, academic researchers, graduate students.
Hardbound, 512 Pages
Published: March 2010
Imprint: Academic Press
ISBN: 978-0-12-374950-5
Contents
1. Optical Performance Monitoring: Perspectives and Challenges
Alan E. Willner, Xiaoxia Wu and Jeng-Yuan Yang1.1 Introduction
1.2 Physical-Layer Measurements and Routing Decisions in Today's Optical Networks
1.3 Signal Parameters Requiring Monitoring and OPM Techniques
1.4 Laudable OPM-Enabled Functionalities in Next-Generation Optical Networks
1.5 Smart Network Operation and Security
1.6 Summary2. Optical Signal-to-Noise Ratio Monitoring
2.1 Introduction
Jun Haeng Lee and Yun C. Chung
2.2 Linear Interpolation Techniques
2.3 Polarization-based Techniques
2.4 Interferometer-based Technique
2.5 Beat Noise Analysis Techniques
2.6 OSNR Estimation Technique Based on the Operating Condition of Optical Amplifiers
2.7 Summary3. Chromatic Dispersion Monitoring
3.1 Introduction
Zhongqi Pan
3.2 Chromatic Dispersion and Its Effects on Optical Fiber Systems
3.3 Chromatic Dispersion Monitoring Techniques
3.4 Summary4. Polarization Mode Dispersion Monitoring
4.1 Introduction of PMD
Changyuan Yu
4.2 PMD Monitoring based on Measurement of RF Tone
4.3 PMD Monitoring based on Measurement of Degree of Polarization
4.4 Electronic PMD Monitoring Techniques
4.5 Other PMD Monitoring Techniques
4.6 Summary5. Time Misalignment Monitoring
5.1 Introduction
Lian-Kuan Chen
5.2 Monitoring of Timing Alignment
5.3 Investigation of the Effects of Timing Misalignment
5.4 Mitigation of Timing Misalignment
5.5 Summary6. Optical Performance Monitoring Based on Asynchronous Amplitude Histograms
6.1 Introduction
Ruben S. Luis, Liliana Costa, António Teixeira, and Paulo André
6.2 Monitoring Techniques Based on Analysis of Asynchronous Histograms
6.3 General Concepts on the Acquisition and Processing of Amplitude Histograms
6.4 Summary7. Optical Performance Monitoring Based on Asynchronous Delay-Tap Sampling
7.1 Introduction
Trevor B. Anderson, Sarah D. Dods,, Adam Kowalczyk, Ken Clarke, Don Hewitt, and Jonathan C. Li
7.2 Technique
7.3 Experiment
7.4 Discussion
7.5 Summary8. Optical Performance Monitoring Based on Optical Sampling
8.1 Introduction
Christophe Dorrer
8.2 LOS Principle and Properties
8.3 Implementations of LOS
8.4 Optical Performance Monitoring with LOS
8.5 Recent Results and Related Techniques
8.6 Summary9. Optical Performance Monitoring Based on RF Pilot Tones
9.1 Introduction
Paul K. J. Park and Yun C. Chung
9.2 Performance Monitoring Techniques using AM Pilot Tones
9.3 Performance Monitoring Techniques using PM and FM Pilot Tones
9.4 Dispersion Monitoring Techniques for Adaptive Compensators
9.5 Summary10. Optical Performance Monitoring Based on Electronic Digital Signal Processing
10.1 Introduction
Fabian N. Hauske and Maxim Kuschnerov
10.2 OPM in Digital Direct Detection Systems
10.3 OPM in Digital Coherent Receivers
10.4 Summary11. Optical Performance Monitoring Based on Optical Nonlinear Effects
11.1 Introduction
Daniel C. Kilper
11.2 Nonlinear Optics
11.3 OPM Techniques Using Nonlinear Optics
11.4 Key Challenges
11.5 Summary12. Optical Performance Monitoring of Optical Phase-Modulated Signals
12.1 Introduction
Bartlomiej Kozicki
12.2 Performance of Phase-Modulated Signals
12.3 Optical Performance Monitoring
12.4 Summary13. Optical Performance Monitoring for Coherent Optical Systems
13.1 Historical Aspect of Coherent Optical Systems
Yan Tang, Xingwen Yi, William Shieh
13.2 Single-Carrier and Multicarrier Coherent Optical Systems
13.3 OPM Using Coherent Detection
13.4 OPM in CO-OFDM Systems
13.5 Progress in OPM for CO-OFDM Systems
13.6 OPM Experiment Results
13.7 Summary14. Optical Performance Monitoring in Optical Transport Networks
14.1 Introduction
Wolfgang Grupp
14.2 Overview
14.3 Generic Modeling Principles for Transport Networks
14.4 Modeling of Multilayer Networks
14.5 Optical Transport Network-Layered Structure
14.6 OTN Services
14.7 Test and Measurement Tasks in Optical Networking
14.8 Optical Performance Monitoring
14.9 Implementation Issues
14.10 Future Challenges
14.11 Summary15. Optical Performance Monitoring in Optical Long-Haul Transmission Systems
15.1 Introduction
Xin Jiang
15.2 Elements of a Long-Haul Transmission System
15.3 System Performance Measures
15.4 OPM in a Long-Haul Transmission System
15.5 Summary
