Zhongzheng Fu
Papers
4
Total Citations
112
H-Index
3
About
Zhongzheng Fu is a rising innovator at the intersection of wearable robotics, human–machine interfaces, and rehabilitation engineering. His research centers on designing intelligent, flexible systems that restore and augment human motor function—from chronic stroke rehabilitation to next-generation cybernetic interfaces. Fu’s most influential work, an anatomically designed triboelectric wristband for adaptive human–machine interaction, has garnered 77 citations since 2023, demonstrating its impact on advancing sensor-driven control for robotics and Metaverse applications. He further advanced lower-limb motion intent recognition by fusing sensor data with fuzzy multitask learning, addressing critical noise challenges in EMG-based control for wearable robots. Notably, Fu developed a flexible supernumerary robotic limb inspired by elephant trunk biomechanics, specifically aiding chronic stroke patients with finger rehabilitation and grasping. His recent theoretical contributions include optimizing the workspace of multifunctional supernumerary limbs, providing a unified design framework for both rehabilitation and human enhancement. Through these achievements, Fu is shaping a future where soft, adaptive robotic limbs seamlessly integrate with the human body, offering transformative solutions for motor recovery and human augmentation.
Research Focus
Key Achievements
Top Papers
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