Photonic Networks

This book describes a framework for bandwidth allocation and scheduling in all-photonic wide-area networks with star topology. Slot-by-slot scheduling approaches do not provide adequate performance for wide-area networks, so we focus on frame-based scheduling. In addition to a through description of resource allocation problem in photonic networks, we propose three novel fixed-length frame scheduling algorithms (Minimum Cost Search, Fair Matching and Minimum Rejection) and a feedback control system for stabilization.

Autorentext

received her Ph.D. degree in electrical engineering from McGill University in 2007. She was a postdoctoral fellow at Harvard University from 2007-2008. Her research interests include telecommunications, photonic and wireless networks. Currently she is an assistant professor at Wentworth University in Boston.