Tinghan Xu

Papers

Total Citations

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About

Tinghan Xu is a rising innovator in soft robotics and assistive technology, with a primary focus on developing wearable robotic gloves for rehabilitation and human assistance. Their most-cited work, "Finger Flexion and Extension Driven by a Single Motor in Robotic Glove Design" (2023, 17 citations), addresses a critical challenge in the field: balancing actuation efficiency with user comfort. Xu’s research systematically compares pneumatic and tendon-driven actuators, identifying that while tendon-driven systems offer superior controllability, dexterity, and force output, they often compromise comfort. By proposing a novel design that drives both finger flexion and extension using a single motor, Xu advances the goal of creating more practical, lightweight, and cost-effective assistive devices. This contribution is particularly impactful for stroke rehabilitation and daily living aids, where simplicity and reliability are paramount. Xu’s work stands out for its engineering rigor and user-centered approach, offering a pathway to more accessible robotic gloves. As the field evolves toward seamless human-robot interaction, Xu’s insights into actuation trade-offs and design optimization are shaping the next generation of soft wearable robots.