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About

Jiange Gao is a researcher focused on rehabilitation robotics, specifically developing exoskeleton systems to restore motor function in stroke and paralysis patients. Their major contributions center on the design and control of cable-driven exoskeleton hand robots and upper limb rehabilitation devices. Gao’s most cited work, “Design and kinematic simulation of a novel exoskeleton rehabilitation hand robot” (2016, 20 citations), proposes a novel cable-driven exoskeleton to assist patients in recovering hand motor function. Complementing this, their 2016 paper on structural optimization for upper limb robots (12 citations) advances biomechanical compatibility with human joints. Gao has also pioneered human-computer interaction systems using LabVIEW, as seen in their 2017 work (11 citations), which enables intuitive control for hand rehabilitation training. Their 2017 paper on LabVIEW-based control systems (5 citations) further demonstrates expertise in creating user-friendly interfaces and robust communication protocols. With a cumulative impact of nearly 50 citations, Gao’s work bridges mechanical design, control engineering, and clinical application, offering practical solutions for hemiplegic patients and contributing to the growing field of assistive robotics.