Maryam Amiri

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Affiliation

Distributed and Collaborative Virtual Environment Research (DISCOVER Lab), University of Ottawa, Canada

Topic

Bandwidth Utilization,Internet Gaming,Bandwidth Allocation,Quality Of Experience,Service Quality,Home Network,Network Path,Network Resources,Client-side,Cloud Computing,Cloud Gaming,Concurrent Application,Control Network,Data Center,Data Center Networks,Delay Reduction,Game Session,Home Gateway,Home Users,Lagrange Multiplier,Network Bandwidth,Network Delay,Optimal Strategy,Packet Loss,Packet Loss Rate,Quality Of Service Requirements,Traffic Flow,Variable Delay,Video Quality,Access Points,Analytic Hierarchy,Analytic Hierarchy Process,Application Requirements,Attractive Advantages,Bandwidth Resources,Candidate Paths,Computational Resources,Convex Optimization,Delay Changes,Delay In Formation,Delay Tolerance,Delay-sensitive Applications,Equal Cost,Feature Space,File Upload,First-person Shooter,Game Consoles,Game Design,Game Experience,Game Genres,

Biography

Maryam Amiri is currently pursuing the Ph.D. degree with the Department of Electrical Engineering and Computer Science, Ottawa University, ON, Canada. She is currently a Research Assistant with the Discover Laboratory, School of Electrical Engineering and Computer Science, University of Ottawa. She has deep expertise in the networking, software defined networking, network function virtualization, data center network, and network support for multimedia applications. She is also involved in route optimizing in data center for cloud gaming and published several publications to her name and specializes in this area.