Huiying Gu

Papers

Total Citations

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About

Huiying Gu is a rising researcher in the field of advanced robotics, with a focus on actuation systems and biomimetic design. Her work addresses critical challenges in robotic joint precision and grasping mechanisms. In her highly cited 2024 paper, "Backlash Elimination Control for Robotic Joints with Dual–Motor Drive," Gu introduced a variable bias torque control method that significantly improves the accuracy of heavy-duty robotic joints—a key contribution to industrial robotics, with 8 citations already. More recently, in 2025, she explored biomimetic design with her paper on "Envelope Morphology of an Elephant Trunk-like Robot Based on Differential Cable–SMA Spring Actuation," which proposes a modular underactuated system combining cable and shape memory alloy (SMA) springs to simplify actuation while mimicking natural envelope-grasping behavior. This innovative approach, with 3 citations, showcases her ability to merge materials science and robotics for more efficient, nature-inspired machines. Gu’s work is impactful for students and researchers interested in precision control, soft robotics, and bio-inspired engineering, offering practical solutions for next-generation robotic systems.