Zhonglin Lin

Fuzhou University, University of Liverpool

Papers

Total Citations

414

H-Index

About

Zhonglin Lin is a robotics researcher whose work centers on tactile sensing and robotic manipulation, with particular expertise in developing novel sensor technologies that enhance a robot's ability to interact with complex environments. Lin is best known for creating the **GelTip**, a finger-shaped optical tactile sensor that addresses a critical limitation in robotic manipulation: the inability to sense contact across the entire surface of a robotic finger. Unlike conventional tactile sensors restricted to flat surfaces or limited-area compliant tips, the GelTip provides all-around sensing coverage, enabling robots to operate more effectively in cluttered, real-world scenarios. This innovation has garnered substantial recognition, with the foundational IROS 2020 conference presentation accumulating 285 citations and the accompanying GelTip paper earning 109 citations — remarkable impact for work published in a single year. Lin further explored the practical applications of full-finger tactile sensing in "Blocks World of Touch," demonstrating how comprehensive contact information can meaningfully improve robotic grasping performance. Collectively, Lin's contributions represent a significant advancement in bridging the gap between robotic dexterity and human-like tactile perception, making their research highly influential for those working at the intersection of sensor design and intelligent manipulation.