COMPUTER NETWORKS RESEARCH LAB

Department of Electrical and Computer Engineering, McGill University

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AAPN Projects Return to Projects We are involved in the Agile All-Photonics Network project, a multi-million dollar investment by NSERC and various industrial partners to realize an all-photonic networks of the future. Currently, our research projects in this area are as follows: Resource Allocation for Media Delivery in Agile All-Photonic Networks   Student: Frederic Thouin, Ph.D. student Supervisor: Prof. Mark Coates [Abstract] [Description] [Paper (pdf format)]   Online Routing in MPLS Networks   Student: Fariba Heidari, Ph.D. student Supervisor: Prof. Lorne G. Mason [Description]   Bandwidth Allocation in Agile All-Photonic Networks   Student: Nahid Saberi, Ph.D. Student Supervisor: Prof. Mark Coates [Abstract] [Description] [Paper (pdf format)]   Distributed Particle Filtering for AAPN Monitoring   Student: Garrick Ing, M.Eng student Supervisor: Prof. Mark Coates [Abstract]   Estimating Original Flow Characteristics from Sampled Traffic Statistics   Student: Tarem Ahmed, Ph.D. Student Supervisor: Prof. Mark Coates [Abstract] [Description]   Lagrangian Relaxation Approach for AAPN Cost/Performance Optimization   Student: Ning Zhao, M.Eng student Supervisor: Prof. Lorne Mason [Abstract]     Traffic Demand Modelling & Prediction   Student: Wei Liu, M.Eng Student Supervisor: Prof. Mark Coates [Abstract] [Description]