Papers
6
Total Citations
66
H-Index
3
About
Guanyin Cheng is at the forefront of tactile sensing and electronic skin (e-skin) technology, pioneering flexible pressure sensors and artificial tactile systems that mimic human touch. Their major contributions include developing a graphene-based pressure sensor with a fabric-like groove structure for high-resolution tactile imaging (27 citations, 2024), and an ionic robotic tactile sensor that achieves highly efficient recognition of similar objects (20 citations, 2024). Cheng also created a leather-based printed tactile sensor array for robotic interactive skin (14 citations, 2024), and an artificial tactile receptor system that converts pressure into neural spikes, enabling low-power signal encoding for next-generation robots (2024). Notable work includes a multibranch fusion method using a smart tactile glove to overcome challenges in distinguishing objects with identical physical properties (2024). With all key papers published in 2024, Cheng’s research is rapidly gaining traction, demonstrating immediate impact in advancing robotic perception and human-machine interfaces. Their innovations hold promise for applications in prosthetics, wearable electronics, and intelligent robotics.
Research Focus
Key Achievements
Top Papers
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- 3Leather-based printed tactile sensor array for robotic interactive skin14 citations · 2024
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