Myonghun Han

Human Computer Interaction (Switzerland)

Papers

Total Citations

H-Index

About

Myonghun Han is a robotics researcher whose work focuses on the critical intersection of real-time (RT) control systems and the Robot Operating System (ROS), particularly for telepresence and multi-device manipulation. His most cited paper, "Integration of ROS and RT tasks using message pipe mechanism on Xenomai for telepresence robot" (2018, 10 citations), addresses a fundamental challenge in robotics: ROS alone lacks the real-time properties needed for precise control periods when handling multiple devices. Han proposed an innovative message pipe mechanism that seamlessly integrates non-real-time ROS packages with RT tasks on the Xenomai framework, enabling developers to build more reliable and responsive robot control applications. This work is especially valuable for telepresence robots, where timing and coordination are essential for smooth, safe operation. By bridging the gap between ROS’s flexibility and the strict timing demands of industrial-grade control, Han’s contributions help advance the development of complex, multi-device robotic systems. His research is a key reference for engineers and researchers working on real-time robotic control architectures.