Digital Optical Communications

This Second Edition Of Digital Optical Communications Provides A Comprehensive Treatment Of The Modern Aspects Of Coherent Homodyne And Self-coherent Reception Techniques Using Algorithms Incorporated In Digital Signal Processing (dsp) Systems And Dsp-based Transmitters To Overcome Several Linear And Nonlinear Transmission Impairments And Frequency Mismatching Between The Local Oscillator And The Carrier, As Well As Clock Recovery And Cycle Slips. These Modern Transmission Systems Have Emerged As The Core Technology For Tera-bits Per Second (bps) And Peta-bps Optical Internet For The Near Future. Featuring Extensive Updates To All Existing Chapters, Advanced Digital Optical Communications, Second Edition : Contains New Chapters On Optical Fiber Structures And Propagation, Optical Coherent Receivers, Dsp Equalizer Algorithms, And High-order Spectral Dsp Receivers Examines Theoretical Foundations, Practical Case Studies, And Matlab® And Simulink® Models For Simulation Transmissions Includes New End-of-chapter Practice Problems And Useful Appendices To Supplement Technical Information Downloadable Content Available With Qualifying Course Adoption Advanced Digital Optical Communications, Second Edition Supplies A Fundamental Understanding Of Digital Communication Applications In Optical Communication Technologies, Emphasizing Operation Principles Versus Heavy Mathematical Analysis. It Is An Ideal Text For Aspiring Engineers And A Valuable Professional Reference For Those Involved In Optics, Telecommunications, Electronics, Photonics, And Digital Signal Processing. Front Cover; Contents; Preface; Acknowledgments; Author; Acronyms; Chapter 1: Introduction; Chapter 2: Optical Fibers; Chapter 3: Optical Transmitters; Chapter 4: Optical Receivers And Transmission Performance : Fundamentals; Chapter 5: Optical Coherent Detection And Processing Systems; Chapter 6: Differential Phase Shift Keying Photonic Systems; Chapter 7: Multilevel Amplitude And Phase Shift Keying Optical Transmission; Chapter 8: Continuous Phase Modulation Format Optical Systems; Chapter 9: Frequency Discrimination Reception For Optical Minimum Shift Keying Chapter 10: Partial Responses And Single-sideband Optical Modulationchapter 11: Ofdm Optical Transmission Systems; Chapter 12: Digital Signal Processing In Optical Transmission Systems Under Self-homodyne Coherent Reception; Chapter 13: Dsp-based Coherent Optical Transmission Systems; Chapter 14: Dsp Algorithms And Coherent Transmission Systems; Chapter 15: Optical Soliton Transmission System; Chapter 16: Higher-order Spectrum Coherent Receivers; Chapter 17: Temporal Lens And Adaptive Electronic/photonic Equalization Chapter 18: Comparison Of Modulation Formats For Digital Optical Communicationsannex 1: Technical Data Of Single-mode Optical Fibers; Annex 2: Coherent Balanced Receiver And Method For Noise Suppression; Annex 3: Rms Definition And Power Measurement; Annex 4: Power Budget; Annex 5: Modeling Of Digital Photonic Transmission Systems; Back Cover Le Nguyen Binh. Description Based Upon Print Version Of Record. Includes Bibliographical References At The End Of Each Chapters And Index. English