Doohyeong Kim

Korea Institute of Machinery & Materials

Papers

Total Citations

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About

Doohyeong Kim has made significant contributions to the field of heavy-duty robotics, with a particular focus on control systems and modular manipulator design. His research centers on developing robust control strategies for high-payload robots, including comparative studies of fuzzy PD and PI control methods for systems handling objects up to 600 kg. Kim’s work on the “Comparative study of fuzzy PD control and PI control for heavy duty robot” (2009, 5 citations) provides critical experimental insights into optimizing controller gains for industrial-scale robots, demonstrating the effectiveness of fuzzy logic in managing complex, high-inertia tasks. Additionally, his design of a high-payload dual-arm robot with a replaceable forearm module (2017, 4 citations) showcases an innovative approach to multi-task robotics, enabling applications in human rescue and object handling. This modular design allows for rapid reconfiguration, enhancing versatility in hazardous environments. Kim’s contributions are particularly valuable for advancing automation in heavy industries and emergency response, where reliability and adaptability are paramount. His work continues to influence the development of intelligent, high-performance robotic systems.