FULL PROFESSOR OF              
ElECTRICAL and COMPUTER ENGENEERING
  • Home
  • About Me
  • My Team
  • Research Blog
  • Contacts

My Team

  • Home
  • My Team
  • All
  • Current
  • Alumni

Xinghao (Brian) Gu Ph.D.

I defended my thesis on "the optimization of training and feedbacks in two-way wireless channels at the physical and link layers" in March 2021.

Md. Atiqul Islam

I defended my thesis on "MIMO full-duplex wireless communication systems" in July 2022!

Seiran Khaledian Ph.D.

I defended my thesis on "Enabling In-band Full-duplex Communication" in March 2019!

Paul Sheldon

My current research focuses on the Gaussian Broadcast Channels with a Hard Deadline.

Muhammad Talha

My current research focuses on integrated sensing and communication.

Firthous Raja Mohamed

My current research focused on Orthogonal Time Frequency Space (OTFS) modulation for integrated sensing and communication (ISAC) systems. Specifically, I am investigating Zak-transform-based formulations and multi-carrier OTFS (MC-OTFS) frameworks to improve delay-Doppler domain representation, channel estimation, and joint sensing-communication performance in high-mobility, doubly selective channel conditions.

Ataher Sams

Ataher Sams

My research focuses on Integrated Sensing and Communication (ISAC) and reconfigurable EM-domain beamforming for 6G.

Serena (Saeedeh) Makhsuci Ph.D.

Electrical Engineer and Postdoctoral Researcher specializing in RF and mixed-signal circuit design, with research focused on self-interference cancellation for full-duplex OTFS systems. Work includes circuit-level design of analog RF cancellation architectures and baseband analog cancellation circuits to suppress residual interference.

Zulqarnain Bin Ashraf

My resesrch focuses on unified wireless power and information transfer.

Hongyi Zhu Ph.D.

I defended my thesis on "Throughput and Efficiency Analysis of Network-coded HARQ for Two-way Wireless Systems" in April 2018!

Hamza Soury Ph.D.

My current research focuses on implementing a unified wireless control structural framework to improve building reliability in natural hazards, specifically earthquakes. In addition, I am investigating the impact of finite packet length and finite training pilots on channel estimation error in order to optimize the channel capacity.

Prithvi Rayasam

I defended my Master thesis on "Analyzing practical  single antenna full duplex SDR systems" in September 2019!

Konstantin Muranov Ph.D.

I defended my theis on "designing blind channel estimation techniques for full-duplex Wireless Relay Systems" on March 2021.

Mohammadreza Mousaei

I defended my Master thesis "Training for short packet transmission" in December 2017!

Zohreh Ovaisi

I defended my master thesis "Erasure broadcast channels with hard deadlined" in May 2018!

Farhad Farzami Ph.D.

I defended my thesis on "Enabling spectrum efficiency: reconfigurable antennas, microwave circuits and backscatter communications" in May 2018!

Full Professor of Electrical and Computer Engineering
  • NICEST LAB