Chengying Xu

North Carolina State University, University of Central Florida, Hefei University of Technology

Papers

Total Citations

543

H-Index

About

Chengying Xu is a leading researcher at the intersection of artificial intelligence and advanced manufacturing, with significant contributions to intelligent automation and biomedical robotics. Her most impactful work, "Artificial Intelligence in Advanced Manufacturing: Current Status and Future Outlook" (2020), has garnered 519 citations, establishing her as a key voice in addressing the complexities of modern, nonlinear factory systems through AI-driven solutions. Xu has also advanced fuzzy logic systems, developing a novel inverse model construction method for monotonic multi-input-single-output systems (2008, 19 citations), which provides a systematic framework for control in uncertain environments. More recently, her research on cable-driven exoskeletons for arm rehabilitation (2024, 5 citations) demonstrates her commitment to translating computational methods into tangible biomedical applications, focusing on precise control and dexterity in lightweight wearable devices. Xu’s work bridges theoretical foundations with practical engineering, offering critical insights for students and researchers exploring AI’s role in manufacturing, fuzzy systems, and rehabilitation robotics. Her ability to integrate AI with mechanical systems underscores her impact on both industrial automation and assistive technologies.