Byung-Yun Park
Papers
4
Total Citations
48
H-Index
4
About
Byung-Yun Park is a leading figure in the field of hydraulic robotic locomotion and manipulation, with a focused expertise in the mechanical design and precision control of high-power robotic systems. His research centers on overcoming the inherent nonlinearities of hydraulic actuation to achieve dynamic, animal-like movement in robots. Park’s most significant contributions include the development of a novel leg mechanism for quadruped robots that accurately realizes the Spring Loaded Inverted Pendulum (SLIP) model, a foundational concept for understanding dynamic gait. To address the notorious control challenges of hydraulics, he pioneered the dual virtual spring–damper controller, a method that dramatically improves position precision in hydraulic robot arms, and extended this work to a quaternion-based controller for complex manipulator tasks. With a combined citation count of nearly 50 for his core papers, Park’s work has directly influenced the design of more agile and precise hydraulic robots. His 2013 paper on leg design for a hydraulic quadruped remains a key reference for engineers seeking to balance power and speed with mechanical simplicity.
Research Focus
Key Achievements
Top Papers
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- 3Leg mechanism design for SLIP model of hydraulic quadruped robot6 citations · 2014
- 4