A Survey on Fault Detection and Localization in WDM Optical Networks by Elias A. Doumith. Abstract: Recent advances in WDM technology enable an optical fiber to carry up to 200 wavelengths operating at 40 Gbps each. In such networks, service disruptions caused by network faults (e.g., fiber cut, amplifier dysfunction)…
View More Seminar at IRISA-University Rennes1Author: Elias A. Doumith
Invited paper for presentation in RELABIRA 2012
Double-link Failure Localization Based on the Monitoring Trail Concept in WDM Networks by Elias A. Doumith and Sawsan Al Zahr. Abstract: As traffic demands are continuously increasing, core networks must be able to react almost instantaneously to any single, even multiple, failure(s) in order to prevent huge data losses. Even…
View More Invited paper for presentation in RELABIRA 2012Accepted paper for publication in Future Generation Computer Systems Journal
Towards an Optimized Abstracted Topology Design in Cloud Environment by Rosy Aoun, Chinwe E. Abosi, Elias A. Doumith, Reza Nejabati, Maurice Gagnaire, and Dimitra Simeonidou. Abstract: The rapid development and diversification of Cloud services occurs in a very competitive environment. The number of actors providing Infrastructure as a Service (IaaS)…
View More Accepted paper for publication in Future Generation Computer Systems JournalAccepted paper for presentation in ONDM 2012
A Novel Meta-Heuristic Approach for Optical Monitoring-Tree Design in WDM Networks by Elias A. Doumith, Sawsan Al Zahr, and Maurice Gagnaire. Abstract: Thanks to recent advances in WDM technologies, an optical fiber is capable to carry up to 200 wavelengths operating at 40 Gbps each. In such high speed networks,…
View More Accepted paper for presentation in ONDM 2012From Network Planning to Traffic Engineering in Multi-layer Networks
From Network Planning to Traffic Engineering in Multi-layer Networks A Focus on Grooming and Rerouting Strategies Elias A. Doumith LAP Lambert Academic Publishing ISBN-13: 978-3-8465-2777-1 ISBN-10: 3846527777 EAN: 9783846527771 Abstract: High-performance transport networks are expected to support applications with various types of traffic flows (permanent, scheduled, bursty, and noisy). Since…
View More From Network Planning to Traffic Engineering in Multi-layer Networks