npj Wireless Technology
Shaping the environment
Rethinking wireless
My work explores how wireless systems can sense and communicate simultaneously, addressing challenges in joint channel estimation and integration with emerging 6G technologies.
Explore ISACExplore the research chapter for the complete scientific exhibit.
My work investigates how to optimize RIS-assisted systems to better control the wireless environment across ISAC and full-duplex communications.
Explore RISExplore the research chapter for the complete scientific exhibit.
My work investigates pinching-antenna systems as a new approach to controlling wireless radiation, with applications spanning parameter estimation and ISAC.
Explore PASSExplore the research chapter for the complete scientific exhibit.
My work explores how quantum approaches could contribute to wireless communications, with a focus on data-efficient learning and channel estimation.
Explore QuantumExplore the research chapter for the complete scientific exhibit.
Alongside my focused research, I have also contributed to broader perspectives on emerging wireless architectures, intelligent surfaces, and learning-based methods for wireless system design.
Explore surveysExplore the research chapter for the complete scientific exhibit.
The ideas
in print
View all publications IEEE Transactions on Communications
IEEE Communications Letters
Hybrid angle-parametric and denoising-based channel estimation for multi-RIS multi-target ISAC systems
npj Wireless Technology
Conditional generative adversarial networks for channel estimation in RIS-assisted ISAC systems
IEEE Transactions on Communications
Deep reinforcement learning for RIS-assisted FD systems: Single or distributed RIS?
IEEE Communications Letters