Oe Ryung Kang
Papers
2
Total Citations
9
H-Index
2
About
Oe Ryung Kang is a researcher focused on advanced control systems, particularly in robotics and nonlinear dynamics. Their primary contributions lie in sliding mode control (SMC) for robot manipulators, addressing critical challenges in trajectory tracking under uncertainty. Kang’s most cited work (2024, 7 citations) introduces a robust SMC approach that balances reaching time and L∞ gain, achieving both nominal and robust stability—a significant trade-off in practical robotics. Earlier research (2021, 2 citations) innovatively combines SMC with computed torque control, creating a hybrid law that leverages the strengths of both methods for enhanced performance. While citation counts are modest, reflecting the niche and emerging nature of this work, Kang’s contributions are notable for their theoretical rigor and practical relevance, offering new pathways for uncertain system control. Their research is particularly valuable for students and engineers in robotics and automation, providing clear frameworks for designing controllers that are both robust and efficient. Kang’s work underscores a commitment to bridging theory and application, making it a solid foundation for further exploration in nonlinear control systems.
Research Focus
Key Achievements
Top Papers
- 1
- 2