Research
The primary focus of my research lab revolves around wireless communication and networks.
Research Interests
Quantum Communications
We leverage quantum mechanics to improve transmission efficiency and data security in telecommunications.
MM-Wave Communications
We focus on developing advanced beamforming techniques and hybrid network integration to enhance signal quality, capacity, and reliability.
MIMO Systems
Integrating massive MIMO with millimeter-wave communication to achieve ultra-high data rates and capacity
UDN and Cognitive Networks
Developing intelligent spectrum sensing and dynamic spectrum access methods to improve spectrum efficiency and coexistence in wireless communication networks.
IoT/M2M Communication
The current focus is on developing methods to enhance energy efficiency and data transmission capabilities in IoT communication.
Research Profile Summary
โข IEEE ComSoc Distinguished Lecturer
โข Currently holding Tier I Concordia University Research Chair
โข 10 years Tier II Concordia University Research Chair [2 consecutive terms]
โข 130 peer-reviewed journal publications
โข 161 peer-reviewed conference publications
โข 6 best paper awards, 5 of which in flagship IEEE conferences
โข 50 graduate students supervised (PDF, Ph.D and MASc)
โข 23 keynote/invited talks
โข 8 editorial positions in top IEEE journal
Research Grants
- International Science and Technology Linkages Fund of the Ministry of Research, Science and Technology (New Zealand-Canada): Bilateral Research Activities Program.
- Concordia University: start-up grant.
- Concordia University Research Chair (Tier II): Research grant.
- NSERC Strategic Project grant.
- NSERC/Discovery: Research grant.
- CFI (Infrastructure): joined with six faculty members from the ECE Department at Concordia University.
- NATEQ (Nouveaux Chercheurs): Research grant.
- NATEQ (Nouveaux Chercheurs): equipment grant.