Xingpeng Huang

Papers

Total Citations

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About

Xingpeng Huang is pioneering the frontier of bio-inspired tactile sensing, with a focus on developing intelligent robotic systems that can perceive beyond the surface. His most cited work introduces a smart bionic finger capable of subsurface tactile tomography—a breakthrough that enables robots to "feel" hidden structural information within materials, much like human touch but with enhanced depth perception. This innovation addresses a critical gap in tactile sensing, where traditional methods are limited to surface-level data. With 9 citations on this seminal 2023 paper, Huang’s research is already shaping the future of non-destructive evaluation and medical diagnostics. His contributions stand out for merging soft robotics, sensor design, and machine learning to create adaptive, human-like tactile interfaces. By equipping robots with the ability to map internal features through touch alone, Huang is opening new possibilities for prosthetics, industrial inspection, and even archaeological exploration. His work exemplifies how bio-inspired engineering can transcend biological limitations, offering a compelling vision for next-generation haptic technologies.