Papers
7
Total Citations
410
H-Index
7
About
Shih-Feng Chen is a pioneering researcher in robotic stiffness control and dextrous manipulation, best known for developing the Conservative Congruence Transformation (CCT) theory. His foundational 2000 paper on CCT, with 322 citations, revolutionized how robotic hands and fingers map stiffness matrices between joint and Cartesian spaces, establishing a new paradigm for understanding conservative properties in robotic systems. Chen’s major contributions include proving that conventional stiffness transformations often fail to preserve conservatism, and his work on asymmetric 6×6 Cartesian stiffness matrices using differential geometry further advanced the field. His research extends to bioengineering, where he integrates MEMS technology with contact theory in Smart Anthropomorphic Contact Surface Technology (SACST), aiming to enhance human-augmented systems and robotic interfaces. With over 400 total citations across his most-cited works, Chen’s theories underpin modern stiffness control in grasping and manipulation, influencing both industrial robotics and prosthetics. His CCT theory remains a cornerstone for researchers seeking to model compliant interactions in robotic systems, making him a key figure in the intersection of mechanics, control, and bioengineering.
Research Focus
Key Achievements
Top Papers
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- 4Geometrical method for modeling of asymmetric 6×6 Cartesian stiffness matrix15 citations · 2002
- 5A new theory in stiffness control for dextrous manipulation10 citations · 2002
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