Jung-Gyu Park
Papers
3
Total Citations
10
H-Index
2
About
Jung-Gyu Park is a pioneering figure in the field of pneumatic robotics, with a focused career dedicated to overcoming the fundamental challenges of controlling systems driven by compressed air. His research centers on robust control strategies, specifically targeting the inherent low stiffness and nonlinearities caused by air compressibility. Park’s major contributions lie in the innovative application of disturbance observers and learning control algorithms to achieve high-speed, accurate positioning. His seminal 1997 work on "Impedance Control of Pneumatic Robot Manipulator Using Disturbance Observer" (5 citations) proposed a novel system that estimates actuator torque from pressure signals, enabling precise interaction control. Earlier foundational studies, including his 1993 paper on "High-Speed Positioning of Pneumatic Robot Using Learning Posicast Control" (3 citations), demonstrated that simple, computationally efficient algorithms could dramatically improve drive speed. By integrating disturbance observers with plant reference models, as detailed in his 1994 work (2 citations), Park effectively mitigated the effects of parameter variations and external forces. Though his citation counts reflect a specialized niche, his work provides essential building blocks for modern pneumatic systems used in industrial automation and soft robotics, establishing him as a key contributor to robust pneumatic control theory.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3Improvement of Pneumatic Robot Control Using Disturbance Observer.2 citations · 1994