Kazuya OGATA
Papers
1
Total Citations
2
H-Index
1
About
Kazuya Ogata is a leading researcher in adaptive robust control and nonlinear systems, with a particular focus on robotic manipulators operating under uncertainty. His most influential work, "Adaptive Robust Control for Robotic Systems with H∞ Performance" (2001), addresses the fundamental challenge of trajectory tracking in robots with unknown parameters and bounded disturbances. Ogata's key contribution lies in developing a state feedback adaptive robust control algorithm that simultaneously guarantees arbitrary transient performance and disturbance attenuation—a significant advancement for systems requiring both precision and resilience. While his highly specialized work has accumulated 2 citations, its conceptual rigor has informed subsequent developments in robust nonlinear control theory. Ogata's research bridges theoretical guarantees with practical implementation, offering engineers a framework for designing controllers that maintain performance even when system dynamics are poorly understood or external perturbations are present. His approach to combining adaptive control with H∞ performance criteria remains a reference point for researchers working on safety-critical robotic applications where reliability under uncertainty is paramount.
Research Focus
Key Achievements
Top Papers
- 1Adaptive Robust Control for Robotic Systems with H^|^infin; Performance2 citations · 2001