Dae Hie Hong
Papers
3
Total Citations
9
H-Index
2
About
Dae Hie Hong is a robotics researcher whose work spans building maintenance automation, mobile manipulation, and disturbance rejection in robotic systems. His early contributions include the development of a building-facade maintenance robot with a docking station based on a vertical climbing mechanism (2011), a project that addressed the practical challenges of autonomous high-rise cleaning and inspection. He also conducted foundational work on tracking control for mobile manipulators (1999), comparing nonholonomic and dynamic control strategies. More recently, Hong proposed an Acceleration Measurement-Free Dissipative Disturbance Observer (AFDDO) for robotic manipulators (2025), a novel approach that estimates external disturbances without requiring angular acceleration measurements or matrix inversion, leveraging dissipativity theory for robust performance. While his citation counts remain modest—with top papers garnering 2–4 citations—his research trajectory reflects a sustained focus on practical, implementable solutions for real-world robotic challenges, from vertical climbing to precise manipulation under uncertainty.
Research Focus
Key Achievements
Top Papers
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