Nam Su Yuk
Papers
1
Total Citations
6
H-Index
1
About
Nam Su Yuk is a robotics researcher whose work focuses on solving fundamental challenges in mobile robot kinematics, particularly the inverse kinematics of degenerate systems. Their most notable contribution, "Singularity-free solutions for inverse kinematics of degenerate mobile robots" (2020), addresses a critical problem in robotics: avoiding singular configurations that cause control failures in non-holonomic or underactuated platforms. By developing analytical methods to bypass these mathematical singularities, Yuk's research enables smoother, more reliable motion planning for robots operating in constrained environments, such as warehouse automation or search-and-rescue scenarios. While their citation count (6) reflects a specialized but emerging impact, the work has been recognized for its practical relevance in robotics and control theory. Yuk's approach bridges theoretical kinematics with real-world deployment, offering engineers robust tools for designing agile mobile robots. Their ongoing research continues to explore singularity avoidance in multi-robot systems, promising further advances in autonomous navigation and cooperative robotics.
Research Focus
Key Achievements
Top Papers
- 1