Papers
24
Total Citations
301
H-Index
8
About
Mignon Park is a robotics researcher whose work spans mobile robot control, teleoperation, localization, and human-robot interaction. With a career marked by both theoretical rigor and practical innovation, Park has made significant contributions to the challenges of robust motion control in real-world robotic systems. His most influential work, garnering 69 citations, introduced a Generalized Extended State Observer (GESO) framework to address skidding and slipping in wheeled mobile robots — a persistent practical challenge — while a complementary study on robust backstepping control using Lyapunov redesign further cemented his expertise in this domain. Park also contributed to hazardous environment robotics through the ROBHAZ-DT3, a passively adaptive double-track mobile platform designed for military and civilian missions, cited 57 times and reflecting his commitment to applied, field-ready systems. His research extends into vision-based global localization, multi-agent formation control, and face recognition for human-robot interaction, demonstrating a breadth that bridges perception, sensing, and control. Additional work on sound source localization and exoskeleton masterarms with force reflection underscores Park's enduring interest in intuitive, sensor-rich teleoperation and intelligent robotic systems operating in complex environments.
Research Focus
Key Achievements
Top Papers
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- 5Detection of multi-active markers and pose for formation control12 citations · 2010
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- 10DSP implementation of probabilistic sound source localization7 citations · 2008