Ting Xue
Papers
3
Total Citations
23
H-Index
3
About
Dr. Ting Xue is a leading figure in optical metrology and structured light vision, with a focused expertise in 3D measurement for industrial automation. Her research centers on developing high-precision, flexible visual inspection systems, particularly for complex geometries and challenging environments. Dr. Xue’s major contributions include pioneering a novel two-step method for spatial circle orientation using a structured light sensor, which enables accurate 3D positioning for robot-guided inspection—a method detailed in her 2010 work (7 citations). She further advanced the field with an omnidirectional field-of-view calibration technique for catadioptric vision systems (2019, 10 citations), significantly expanding the measurement range for panoramic sensing. Her practical impact is underscored by her development of flexible in-line measurement technology for detecting surface defects in small bores (2015, 6 citations), a critical innovation for quality control in precision manufacturing. With a cumulative citation count reflecting steady influence, Dr. Xue’s work bridges theoretical calibration methods and real-world industrial applications, making her a key contributor to the evolution of smart, adaptive vision systems for automated inspection.
Research Focus
Key Achievements
Top Papers
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