Principles and Applications of Optical Communications

Max Ming-Kang Liu - Principles and Applications of Optical Communications
Irwin, Chicago, 1996
1004 str.
tvrda vezava
stanje: zelo dobro

Covering a variety of light-wave technologies, this text has relevance to courses in optical communications and advanced signal processing. It looks at a range of technologies, including: decision feedback lasers, turnable lasers, external modulation, advanced OEICs, and noise analysis.

A self-sufficient senior and first year graduate text keying its topics to the newest technologies in lightwave development, and optical system and networking design and integration. The volume provides background and design rationale in light sources and detection, noise in optical communications, incoherent detection, networking, signal processing, timing recovery and line coding, and optical amplification and fiber soliton transmission. The appendices supply important physical and mathematical constants, variable definitions, and mathematical formulas.

Contents:
I Overview 1 Introduction to Optical Communications 2 From Point-to-Point Links to Networking II Basic Point-to-Point Communication Blocks 3 Light Sources 4 Optical Fibers 5 Photo Detectors 6 Noise in Optical Communications 7 Incoherent Detection III Networking 8 Time Domain Multiple Access (SONET, FDDI, B-ISDN, etc.) 9 Frequency Domain Multiple Access 10 Subcarrier Multiplexing 11 Photonic Switching IV Signal Processing 12 Direct Modulation 13 External Modulation 14 DFB Modulation 15 Coherent Detection 16 Line Coding and Timing Recovery 17 Optical Amplification 18 Soliton Transmission


Nonfiction, 0256164150

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