Papers
6
Total Citations
44
H-Index
5
About
Keng-Yu Lin is a rising leader in soft robotics, dedicated to making robots inherently safe, compliant, and perceptive. His research centers on three pivotal challenges: achieving precise position control in soft actuators, developing low-cost yet capable grippers, and endowing soft systems with a sense of touch. Lin’s most influential work, “Position Control for Soft Actuators, Next Steps toward Inherently Safe Interaction” (2021, 12 citations), introduces cost-effective control strategies that bridge the gap between compliance and precision. He further advanced soft manipulation with “Soft Fingers with Controllable Compliance to Enable Realization of Low Cost Grippers” (2017, 10 citations), demonstrating how tunable stiffness can make robotic grasping accessible. A key contribution is his work on soft robotic proprioception, where he integrates cable and microfluidic transmission for state awareness without bulky sensors (2021, 8 citations). More recently, Lin has pioneered hybrid actuation with selective locking chain link joints (2024, 7 citations) to overcome the force limitations of soft materials, and explored kinesthetic feedback for intuitive touch sensing (2023, 5 citations). His ongoing development of the S.E.S.H. glove for haptic rendering (2024) promises to transform VR and telerobotics by delivering realistic, variable-impedance feedback. Through these innovations, Lin is systematically solving the core trade-off between softness and controllability.
Research Focus
Key Achievements
Top Papers
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- 6Layer Jammers in a Simulated Environment Soft Haptic (S.E.S.H.) Glove2 citations · 2024