Yun-Ho Shin
Papers
1
Total Citations
11
H-Index
1
About
Yun-Ho Shin is a researcher specializing in vibration control, dynamics, and intelligent robotic systems. His work focuses on advancing vibration isolation techniques, particularly through mode decoupling in multi-degree-of-freedom systems—a critical challenge for precision equipment in aerial platforms. Shin’s most cited paper, “Vibration Isolation of a Surveillance System Equipped in a Drone with Mode Decoupling” (2021, 11 citations), introduces a coupled multi-DOF model that accurately predicts system dynamics, enabling effective vibration isolation and control. This contribution is vital for stabilizing surveillance systems on drones, enhancing image clarity and operational reliability. By decoupling vibrational modes, Shin’s approach improves the performance of intelligent robotic systems under dynamic conditions. His research bridges theoretical modeling and practical application, offering solutions for high-precision tasks in aerospace and robotics. With growing recognition in the field, Shin’s work continues to influence the design of robust, vibration-resistant platforms for autonomous systems.
Research Focus
Key Achievements
Top Papers
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