Donghyun Kwon

Pusan National University, Yeungnam University

Papers

Total Citations

H-Index

About

Donghyun Kwon is a rising researcher at the intersection of robotic systems, cybersecurity, and healthcare technology. His primary contributions lie in enhancing the safety and reliability of the Robot Operating System (ROS), a cornerstone framework for modern robotics. Kwon’s work on “ROSec” introduces intra-process isolation for ROS using Memory Protection Keys, a novel approach to fortify robotic software against memory-based attacks. Complementing this, his research on “Watch Your Callback” pioneers offline anomaly detection in ROS 2 using machine learning, addressing critical security gaps in decentralized robotic architectures. These contributions, each garnering 3 citations, represent foundational steps toward secure, autonomous systems. Beyond cybersecurity, Kwon demonstrates remarkable versatility with his development of a robotic healthcare device for treating chronic venous insufficiency, targeting health issues from prolonged sitting. This innovation, with 2 citations, showcases his ability to translate robotic principles into tangible medical solutions. Kwon’s work is particularly notable for bridging theoretical security frameworks with practical, life-improving applications, establishing him as a forward-thinking engineer whose research promises to shape both the safety and societal impact of future robotic systems.