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About

Binchao Yu is a leading researcher in precision metrology and robotic vision for large-scale manufacturing, with a focus on the aerospace industry. His work addresses the critical challenge of achieving high-accuracy three-dimensional (3D) shape measurement for large-sized components, where global measurement and local precision must be reconciled. Yu’s most influential contribution is a combined calibration method for mobile robotic measurement systems, which has garnered 42 citations and is foundational for quality control in aerospace production. He also developed a robotic spindle end positioning method using eye-in-hand vision active correction, enabling online, high-accuracy tasks in complex manufacturing environments. His research extends to improving calibration for binocular sensor systems, tackling intrinsic deficiencies like observation errors, and compensating for relative instability in hand–eye collaborative systems. With over 85 total citations across his top papers, Yu’s innovations are pivotal for automating measurement and positioning in large-scale component manufacturing. His work not only enhances precision but also reduces the contradiction between global and local measurement, making him a key figure in advancing robotic metrology for aerospace and industrial applications.