Thomas Stern is Professor Emeritus of Electrical Engineering at Columbia University, New York, and has served as department chair and technical director of Columbia's Center for Telecommunications Research. A Life Fellow of the IEEE, he holds several patents in networking and has published widely in the field. He has also been a consultant to a number of large companies such as IBM, Lucent, GTE, and Telcordia Technologies.
Inhaltsangabe
1. The big picture 2. The layered architecture and its resources 3. Network connections 4. Enabling technology 5. Static multipoint networks 6. Wavelength/waveband routed networks 7. Logically routed networks 8. Survivability: protection and restoration 9. Optical control plane 10. Optical packet switched networks 11. Current trends in multiwavelength optical networking Appendices: A. Graph theory B. Fixed scheduling algorithm C. Markov chains and queues D. A limiting-cut heuristic E. An algorithm for minimum-interference routing in linear lightwave networks F. Synopsis of the SONET standard G. A looping algorithm.
1. The big picture 2. The layered architecture and its resources 3. Network connections 4. Enabling technology 5. Static multipoint networks 6. Wavelength/waveband routed networks 7. Logically routed networks 8. Survivability: protection and restoration 9. Optical control plane 10. Optical packet switched networks 11. Current trends in multiwavelength optical networking Appendices: A. Graph theory B. Fixed scheduling algorithm C. Markov chains and queues D. A limiting-cut heuristic E. An algorithm for minimum-interference routing in linear lightwave networks F. Synopsis of the SONET standard G. A looping algorithm.
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