Total mentored projects: 13
Identifying efficiency faults in power system transmission from ambient temperature will create more resilient systems.
Developing new imaging methods with mmWaves will augment human vision beyond direct line-of-sight.
Establishing an effective, low-cost DC biasing circuit for wireless systems increases the security and reliability of communications for all end users.
Implementing reconfigurable reflective surfaces will help improve wireless imaging, sensing and communications.
Creating an efficient and reconfigurable large intelligent surface antenna system for 5G wireless communication will increase speed and bandwidth.
Designing intelligent metallic surfaces will improve the quality of wireless communication systems.
Designing advanced antenna surfaces for efficiently redirecting radio waves will enable more efficient wireless communications.
Designing next-generation antennas to dynamically interact with the wireless environment giving users flexibility to stay connected, everywhere.
Studying small portable radar systems will lead to better ideas of how to best implement them in applications such as automobile sensing.