Chen Chin-Yin
Papers
2
Total Citations
5
H-Index
2
About
Chen Chin-Yin is a researcher focused on advancing the precision and performance of robotic systems, particularly collaborative and humanoid robots. Their key research areas include vibration suppression, gear train dynamics, and high-accuracy mechanical transmission design. A major contribution is the development of a vibration suppression method based on an equivalent rigid body state observer for modular joints in collaborative robots, addressing critical stability and control challenges. More recently, Chen proposed the Self-Eliminating-Backlash 3K Planetary Gear Train (SEB-3K PGT), a novel gear reducer that eliminates backlash to significantly improve positioning accuracy while maintaining a high reduction ratio and bidirectional efficiency—essential for next-generation robots. Although their most-cited works currently have modest citation counts (3 and 2), these foundational studies represent emerging innovations in precision robotics. Chen’s work on the SEB-3K PGT, in particular, holds promise for enhancing the reliability and accuracy of robotic joints, marking a notable step forward in mechanical design for advanced automation.
Research Focus
Key Achievements
Top Papers
- 1
- 2