Mingyu Liu

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About

Mingyu Liu is an emerging researcher specializing in optical metrology, robotic measurement systems, and three-dimensional sensing technologies. His work focuses on the integration of robotic automation with advanced optical measurement techniques, pushing the boundaries of precision engineering and industrial inspection. His most notable contribution to date is his 2025 paper on robot-assisted high-dynamic-range optical measurement, which introduces an innovative metrology system capable of performing high-dynamic-range stitching measurements of complex 3D objects. A particularly distinguished feature of this system is its self-calibration capability, which autonomously corrects systematic errors inherent in optical sensors — a significant advancement that enhances measurement reliability and reduces the need for manual intervention. This work bridges the gap between flexible robotic manipulation and high-precision optical sensing, making it highly relevant for applications in advanced manufacturing, quality control, and industrial automation. While still early in his citation trajectory with 1 citation recorded, Liu's research addresses a technically demanding and practically important challenge, positioning him as a promising contributor to the fields of computational metrology and intelligent measurement systems.