Huahui Chen

Papers

Total Citations

H-Index

About

Huahui Chen is a robotics researcher specializing in bipedal locomotion and intelligent control systems. Their primary research areas include fuzzy logic-based gait planning, omni-directional walking algorithms, and adaptive control strategies for humanoid robots. Chen’s major contribution lies in developing novel fuzzy omni-directional gait planning algorithms that simplify complex biped robot models while enhancing walking stability and flexibility. Their 2016 paper, "A novel fuzzy omni-directional gait planning algorithm for biped robot," introduced a separated omni-directional gait planning model that combines straight and turning movements, achieving 5 citations for its practical approach to stability challenges. A related work, "Adaptive Omni-directional Walking Method with Fuzzy Interpolation for Biped Robots" (2016), further advanced adaptive walking techniques using fuzzy interpolation to improve real-time responsiveness. Though citation counts are modest, Chen’s work addresses fundamental challenges in biped robotics—model complexity and stability—offering computationally efficient solutions. Their research is notable for bridging theoretical fuzzy logic with practical robotic applications, providing a foundation for more adaptive and flexible humanoid walking. Chen’s contributions are particularly valuable for students and researchers exploring intelligent control in legged robotics.