I lead XL-Stack Lab, where we architect full-stack integration across ISAC, RAN, and Foundation Models to build Physical AI systems. Our goal is to evolve NextG into a self-evolving neural infrastructure that seamlessly bridges the digital and physical worlds.
About Me
Before joining FSU, I was a Postdoctoral Scholar at the NSF AI-EDGE Institute at The Ohio State University (OSU), working with Prof. Ness Shroff, Prof. Eylem Ekici, and Prof. Kannan Srinivasan. My postdoctoral research focused on integrating machine learning with next-generation wireless networks. I completed my Ph.D. at the University of Maryland, Baltimore County (UMBC), mentored by Prof. Ting Zhu (now at OSU), where I focused on wireless communication, networking, sensing, and security.
My background is highly interdisciplinary. Beyond my academic research, I have many years of hands-on experience developing high-precision measurement instruments and related products. This work spans the full stack of instrument development, from high-speed and high-power circuit design, embedded development on platforms such as MCUs, FPGAs, DSPs, and ARMs, to sensor integration, laser-based measurement and projection, and motor and mechanical control. This broad practical experience allows me to connect my current research with real-world cyber-physical systems.
I welcome collaborators and students from diverse backgrounds. If your interests lie in these areas or at the intersection of multiple fields, please feel free to contact me.