Hua Hua

Papers

Total Citations

H-Index

About

Hua Hua is a researcher whose work centers on robotic systems for extreme environments, with a particular focus on rescue robotics and industrial automation. Their major contributions lie in developing practical solutions for robotic mobility and control in challenging conditions. Hua Hua’s most cited paper, “Design of Robot Welding Seam Tracking System with Structured Light Vision” (2010, 15 citations), advances industrial robotics by integrating vision-based sensing for precise welding tasks. Their second most cited work, “Mobile platform of rocker-type coal mine rescue robot” (2010, 9 citations), addresses a critical need in post-disaster scenarios—such as coal mine explosions—where robots must navigate confined, unstructured, and hazardous terrains. This paper introduces a rocker-type platform with four independently driven wheels, emphasizing fire resistance, obstacle negotiation, and ground adaptability. Through simulations and experiments, Hua Hua demonstrated that the differential mechanism maintains the robot’s body stability, enabling effective rescue operations in explosive environments. Additionally, their work on “Wavelet network solution for the inverse kinematics problem in robotic manipulator” (2006, 4 citations) contributes to robotic control theory. With a total of 28 citations across these key papers, Hua Hua’s research has practical implications for both industrial manufacturing and life-saving rescue missions, showcasing a commitment to robust, real-world robotic applications.