Zhuolin Li
Papers
7
Total Citations
47
H-Index
5
About
Zhuolin Li is an emerging researcher specializing in tactile sensing, smart materials, and human-robot interaction, with a particular focus on magnetostrictive and magnetic thin-film technologies for advanced robotic perception. Li's work centers on designing high-performance tactile sensor arrays that enable robots to detect and interpret complex physical stimuli with remarkable precision and sensitivity. Among Li's most significant contributions is the development of tactile sensors utilizing Galfenol (Fe-Ga alloy) and magnetostrictive materials, enabling large-range three-dimensional force measurement, tilt detection, and texture recognition. Notably, Li has pioneered flexible electronic skin arrays modeled on human skin architecture, integrating tunnel magnetoresistance elements and innovative folding magnetization techniques to achieve exceptional sensitivity in robotic manipulators. Li's research extends into intelligent perception, employing convolutional neural networks alongside magnetostrictive sensor arrays to accomplish sophisticated tasks such as fabric texture classification and multimodal object recognition. With a growing body of work accumulating approximately 47 citations since 2022, Li's contributions are gaining meaningful recognition within the robotics and sensing communities. This trajectory positions Li as a promising young investigator advancing the frontier of robotic tactile intelligence and next-generation electronic skin technologies.
Research Focus
Key Achievements
Top Papers
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- 7Magnetostrictive-based multimodal tactile sensors for object recognition3 citations · 2024