Jianping Yu
Papers
6
Total Citations
42
H-Index
4
About
Jianping Yu is an emerging researcher specializing in flexible sensing technologies, tactile sensing systems, and robotic perception — fields that sit at the critical intersection of materials science, robotics, and human-machine interaction. Yu's most significant contributions center on the design and fabrication of advanced tactile sensing arrays capable of detecting multi-axis forces, including both normal and shear pressures across a broad dynamic range. Notably, Yu's work on micro-structured porous dielectric layers has yielded capacitive sensors combining high sensitivity with exceptional robustness, directly addressing longstanding challenges in electronic skin development for robotic manipulation tasks such as grasping and incipient slip detection. Complementing this, Yu has pioneered the integration of fiber optic sensors into robotic systems for three-dimensional orientation assessment, demonstrating versatility across sensing modalities. Yu's more recent work on capacitive bimodal sensors that unify proximity and pressure sensing reflects a forward-looking vision for intelligent robotic hands capable of anticipatory, contact-aware interactions. With a growing citation record across publications from 2022 to 2025, Yu is establishing a compelling research trajectory that promises to meaningfully advance the next generation of dexterous, perception-rich robotic systems.
Research Focus
Key Achievements
Top Papers
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