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Fiber Optic Networks, 1/e
Paul E. Green, IBM TJ Watson Research Center, NY
Published July, 1992 by Prentice Hall Engineering/Science/Mathematics
Copyright 1993, 308 pp.
Cloth
ISBN 0-13-319492-2
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Up to now, anyone interested in studying the fast-moving field of fiber optic
communications has had to be satisfied with books that concentrate only on
point-to-point links. In Fiber Optic Networks, Paul Green updates the
conventional material, focusing on the dynamic developments in fiber optic
networks and treating point-to-point links and one-to-many distribution
systems as special cases.
offers a non-classical approach
"What properties of fiber optic
communication will allow us to do things
very differently?"
explores the system architecture
and technology issues for three different
kinds of structure: the point-to-point
link, the single station-to-multistation
multipoint, and the any-to-any connected
network.
discusses WHY a system works and
outlines the quantitative development of
HOW each process in a system works.
I. CHALLENGE.
1. Fiber Optic Networks.
2. Applications and Their
Requirements.
II. BUILDING BLOCKS.
3. Fibers, Couplers and Taps.
4. Tunable Filters.
5. Laser Diodes.
6. Lightwave Amplifiers.
7. Modulation and Remodulation
Techniques.
8. Detection and Demodulation
of Optical Signals.
9. Subcarrier (Wavelength x
Frequency) Techniques.
10. Frequency Stability and Its
Control.
III. ARCHITECTURE.
11. Organizing the System
Topologically.
12. Layered Architectures in
Lightwave Networks.
13. Multiaccess, Switching and
Performance.
IV. REALIZATION.
14. Operating Third Generation Links.
15. Operating Third Generation Multipoints.
16. Operating Third Generation Networks.
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