Yaqiong Fu
Papers
1
Total Citations
2
H-Index
1
About
Yaqiong Fu’s research lies at the intersection of precision robotics, laser-based metrology, and intelligent manufacturing. Her most cited work introduces a novel laser-based angle measurement method that significantly enhances the positioning accuracy of robotic end-effectors—a critical challenge in automated assembly and high-precision machining. By fusing laser ranging principles with motion control theory, Fu’s approach enables real-time, non-contact measurement of angular deviations between the end-effector and the target plane, offering a practical solution for improving robotic repeatability and reliability. Though her citation count remains modest, the technical depth of her contributions reflects a focused effort on solving fundamental problems in robotic positioning. Her work has implications for advanced manufacturing sectors where micron-level accuracy is essential, such as aerospace and microelectronics assembly. Fu’s research demonstrates a commitment to bridging theoretical optics with applied robotics, laying groundwork for future innovations in sensor-guided automation.
Research Focus
Key Achievements
Top Papers
- 1