Papers
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Total Citations
22
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About
Xi Wang is an emerging researcher making significant strides in the field of optical metrology and robotic measurement systems. His work sits at the intersection of computer vision, precision manufacturing, and automated inspection technologies. Wang's most notable contribution to date is his 2024 paper on a robotic measurement system that innovatively combines fringe projection with photometric stereo techniques to tackle one of the most persistent challenges in industrial metrology — accurately measuring highly reflective workpiece surfaces. This research, which has already garnered 22 citations since its publication, demonstrates a sophisticated cooperative optical profiler framework that enables robots to capture reliable 3D surface data on materials that traditionally confound conventional imaging systems. By integrating two complementary optical modalities, Wang's approach effectively mitigates the specular reflection artifacts that degrade measurement accuracy on metallic and polished components. His work holds considerable practical significance for quality control in advanced manufacturing environments, where precise surface characterization is critical. Wang represents a promising new voice in intelligent manufacturing research, with his early output suggesting a strong trajectory in developing robust, automation-ready measurement solutions for real-world industrial applications.
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