News & Event


News & Event


Quantum and Quantum-Inspired Computation for Wireless Networks


Quantum and Quantum-Inspired Computation for Wireless Networks


October 6 (Thursday) 11AM


Minsung Kim, PhD Candidate, Princeton University


N1, Room 112


O Speaker: Minsung Kim, PhD Candidate, Princeton University

O Title: Quantum and Quantum-Inspired Computation for Wireless Networks

O Date: October 6 (Thursday) 

O Start Time: 11AM

O Venue: N1, Room 112


A central design challenge for future generations of wireless networks is to meet the ever-increasing demand for wireless capacity. While significant progress has been made in designing advanced wireless technologies, the current computational capacity at base stations to support them has been consistently identified as the bottleneck, due to limitations in processing time. Quantum computing is a potential tool to overcome the tradeoff between the wireless performance and computational complexity. It exploits unique information processing capabilities based on quantum mechanics to perform fast calculations that are intractable by traditional digital methods. In this talk, I will present design directions of quantum compute-enabled base station systems in wireless networks and introduce our prototype systems that are implemented on real-world quantum processors. The prototypes are designed for quantum-accelerated near-optimal wireless signal processing in Multiple-Input Multiple-Output (MIMO) systems that could drastically increase wireless capacity for the cellular 5G New Radio roadmap, as well as in next generation wireless local area networks. I will provide design guidance of quantum, quantum-inspired classical, and classical-quantum hybrid optimization in the systems with underlying principles and technical details, and discuss future research directions based on the current challenges and opportunities.

O Bio:

Minsung Kim is a final-year Ph.D. student in the Department of Computer Science at Princeton University. His research interests include wireless networks and quantum computing. He received his B.E. in Electrical Engineering (Great Honor, 2016) from Korea University. He is a recipient of the 2021 Qualcomm Innovation Fellowship (North America). During his Ph.D., he worked as a summer intern at NASA (2019 and 2020), InterDigital (2021), and Meta (2022).