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hatem [dot] abouzeid [at] ucalgary.ca

Hi, I'm an Assistant Professor in the Department of Electrical and Software Engineering at the University of Calgary. My research expertise is in communication networks, artificial intelligence (AI), and beyond 5G applications. Within these areas, I currently focus on accelerated learning and safe AI, reliable low-latency communications, extended reality and digital twins, brain-computer interfaces, and Industrial IoT.

I worked in industry for 7 years at Ericsson and Cisco before joining the University of Calgary. My industry roles included researching 5G wireless communications and the development of production grade software implementations of networking solutions. I was fortunate to see many of these techniques deployed in service provider networks worldwide. I led long-term R&D projects that resulted in 19 patent filings and guidance to the product teams for future networking innovations. Some of these are intelligent scheduling for virtual reality, reinforcement learning algorithms for interference mitigation, 4G/5G spectrum sharing management, RF power control, and link adaptation. 

I received my PhD from Queen's University where I proposed the notion of mobility-aware predictive resource allocation and demonstrated its application to adaptive video streaming and energy efficiency. My industrial and academic research led to more than 50 journal and conference publications in top venues like the IEEE JSAC and IEEE Wireless Communications. I collaborate with a team of exceptional researchers and colleagues on various projects and hold Adjunct Professor appointments at Queen’s University, Carleton University, and Ontario Tech University in Canada. For more information about my research and interests, please visit my Projects page and Google Scholar.

News

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  • I have two senior undergraduate research internship positions for May 2023. The project descriptions can be found at MITACS Globalink under Project ID 31809 Machine Learning for Extended Reality Networking and Project ID 31295 Robust Reinforcement Learning in 5G/6G Networks and Applications. The application procedure is through the MITACS portal. 
     

  • Our paper “Toward Safe and Accelerated Deep Reinforcement Learning for Next-Generation Wireless Networks" has been accepted for publication in the IEEE Network Magazine. Congratulations Ahmad!
     

  • We are currently hiring a PDF for a project on AI/ML for Application Traffic Prediction. The project is led by Dr. Omair Shafiq at Carleton University and is in collaboration with Ericsson Canada and Sweden.

  • Our papers “Reinforcement Learning-based Dynamic Resource Allocation For Grant-Free Access" and "Segmented Learning for Class-of-Service Network Traffic Classification,” have been accepted for publication at IEEE Global Communications Conference  (GLOBECOM), 2022. Congratulations to Mariam and Yoga!
     

  • Our research proposal on "Quality of Experience of Extended Reality (XR) Applications over 5G Networks" has been approved by NSERC Alliance & MITACS. Looking forward to the project and collaboration.
     

  • Our paper "Structure-aware reinforcement learning for node-overload protection in mobile edge computing" has been accepted at IEEE Transactions on Cognitive Communications and Networking. Congratulations Anirudha!
     

  • Elissa Maalouf has been awarded an NSERC USRA to research Single-Channel Brain Computer Interfaces for Children with special needs. Congratulations Elissa!
     

  • Our patent application on "Reinforcement Learning Based Resource Allocator for Grant-Free Scheduling" has been filed by Ericsson. This is the result of Mariam Elsayem's research work and collaboration with Ericsson.
     

  • Our paper "Enhanced C-V2X Uplink Resource Allocation Using Vehicle Maneuver Prediction" has been awarded a Best Paper Award at IEEE ICC 2022! Congratulations Khaled!
     

  • Our paper "Delay-Tolerant OCO with Long-Term Constraints: Algorithm and Its Application to Network Resource Allocation" has been accepted for publication at IEEE/ACM Transactions on Networking.
     

  • Our patent application on "Enhanced C-V2X Uplink Resource Allocation Using Vehicle Maneuver Prediction" has been filed by Ericsson. This is the result of Khaled Kord's research work and collaboration with Ericsson.
     

  • Our papers "Online Model Updating with Analog Aggregation in Wireless Edge Learning" and "Semi-Online Precoding with Information Parsing for Cooperative MIMO Wireless Networks" have been accepted for publication at IEEE INFOCOM 2022. Congratulations Juncheng!
     

  • I am serving on the TPCs of the Next-Generation Networking and Internet Symposium and the IoT and Sensor Networks Symposium at IEEE ICC 2022. Submission deadlines are 31 October 2021.
     

  • Our paper “Virtual Reality Gaming on the Cloud: A Reality Check,” has been accepted for publication IEEE Global Communications Conference  (GLOBECOM), 2021.
     

  • Our paper “Reinforcement Learning Based Energy-Efficient Component Carrier Activation-Deactivation in 5G,” has been accepted for publication IEEE Global Communications Conference.  (GLOBECOM), 2021.
     

  • Our paper “To DSRC or 5G? A Safety Analysis for Connected and Autonomous Vehicles,” has been accepted for publication IEEE Global Communications Conference  (GLOBECOM), 2021.  
     

  • I am co-chairing the Wireless Network Innovations for Mobile Edge Learning workshop at IEEE ICC 2021. The program includes an exciting industrial panel on June 18th, 9 am EDT. 
     

  • Our paper “Transfer Learning-Based Accelerated Deep Reinforcement Learning for 5G RAN Slicing,” has been accepted for publication IEEE Local Computer Networks (LCN), 2021.
     

  • Ericsson is hiring a Machine Learning Intern to work on novel algorithms for 5G network and radio resource management. Please let me know if you are interested/know a good candidate!