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About

Hanqi Zhuang is a prominent robotics researcher whose career has been defined by foundational contributions to robot calibration and kinematic modeling. Working primarily from the early 1990s onward, Zhuang developed the Complete and Parametrically Continuous (CPC) kinematic model for robot manipulators — a landmark framework that elegantly resolves singularity issues through a four-parameter line representation, earning nearly 400 citations across multiple publications. His influential 1994 paper on simultaneous robot/world and tool/flange calibration via homogeneous transformation equations (AX=YB) provided the field with a powerful linear solution that has garnered 228 citations and remains widely referenced. Zhuang extended this expertise to camera-robot systems, developing methods for simultaneous calibration of robots and hand-mounted cameras, and later authoring the comprehensive text *Camera-Aided Robot Calibration* (151 citations), the definitive book on vision-based calibration. His work spans parallel manipulators, including Stewart platforms, planar constraints for calibration observability, and optimal measurement configuration selection using simulated annealing. With a cumulative citation count exceeding 1,100, Zhuang's research has profoundly shaped how robotic systems achieve precision, making his contributions essential reading for anyone working in robot accuracy enhancement and autonomous systems.