Performance Evaluation - Performance modelling and evaluation of high-performance parallel and distributed systems
Research: WDM passive star networks: a learning automata-based architecture
Computer Communications
Research: Kautz graphs as attractive logical topologies in multihop lightwave networks
Computer Communications
Optical Switching and Networking
Centralized Packet Filtering protocols: a new family of MAC protocols for WDM Star Networks
Computer Communications
On the use of learning automata in medium access control of single-hop lightwave networks
Computer Communications
OCON: an optically controlled optical network
Computer Communications
A novel routing algorithm for WDM-based micro-cellular wireless system
Computer Communications
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A summary is presented of research conducted over the last few years concerning the LAMBDANET multiwavelength optical network. Descriptions are given of some variations, including several applications based on these architectures. Experimental results demonstrate the technological feasibility of this approach. The LAMBDANET design incorporates three basic ingredients: (1) it associates a unique optical wavelength with each transmitting node in a cluster of nodes; (2) the physical topology is that of a broadcast star; and (3) each receiving node identifies transmitting nodes based on the transmission wavelength through wavelength demultiplexing. This network design features full connectivity among the nodes, large nonblocking throughput, data format transparency, and flexible control. The LAMBDANET network is used for both point-to-point and point-to-multipoint applications