Hongwei Xu

Papers

Total Citations

H-Index

About

Hongwei Xu’s research centers on advanced control systems and robotics, with a particular focus on adaptive control strategies for flexible mechanical systems. His most cited work, "Design of adaptive fuzzy controller for flexible link manipulator" (2008, 8 citations), introduces a novel control approach that simultaneously manages rigid body motion and the first flexural mode of vibration in single-link robotic arms. By integrating fuzzy control, neighborhood clustering algorithms, and variable regressive estimation, Xu’s method effectively suppresses vibrations that typically compromise precision in lightweight manipulators—a critical advancement for industrial automation and space robotics. His subsequent study on interpolation algorithms for printing screen transferred manipulators (2015, 4 citations) further demonstrates his commitment to practical applications, optimizing motion planning for manufacturing processes. While Xu’s citation counts reflect focused contributions rather than broad recognition, his work addresses a persistent challenge in robotics: achieving high-speed, accurate positioning in flexible structures. His adaptive fuzzy controller design remains a reference point for researchers developing vibration-mitigation strategies in lightweight robotic systems, offering a foundation for more efficient, responsive automation technologies.