Yongxiang Lu

Papers

Total Citations

H-Index

About

Yongxiang Lu’s research career bridges the critical intersection of industrial automation and human-robot interaction, with a focus on advanced control systems for electro-hydraulic and pneumatic platforms. His foundational work on multi-joint electro-hydraulic robots (2005) systematically compared PID, SFDO, and MRA control strategies, providing early benchmarks for closed-loop robotic actuation in heavy-load applications. This paper, while accruing modest citations, laid groundwork for understanding control trade-offs in hydraulic systems. Lu further advanced pneumatic servo control (2001) by introducing continuous positioning algorithms for closed-loop axes—a departure from the dominant open-loop pneumatic systems and servo-electric drives of the era, demonstrating that pneumatics could achieve precision suitable for robotics. More recently (2025), Lu has pivoted to human-machine interfaces, improving static gesture recognition by integrating capacitive sensor arrays with distance measurements, achieving a 15% accuracy boost over conventional approaches. Though his citation counts are developing (totaling ~7 across top works), Lu’s career trajectory reflects a pragmatic engineer’s journey: from optimizing industrial actuators to enabling intuitive human-robot collaboration. His work offers valuable case studies in control theory application and sensor fusion for students exploring automation’s evolution.