Jun Yi Shao

Papers

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About

Jun Yi Shao has made focused contributions to the field of robotic manipulation and control, with particular expertise in painting robots for complex environments. His most significant work, "A Robotic Manipulator Control and Simulation System with Qt and VTK" (2012), introduced THRControl—an object-oriented C++ library that enables cross-platform robotic control and simulation. This foundational contribution has accumulated 14 citations, demonstrating its utility for researchers developing flexible, computationally efficient robotic systems. Shao has also advanced the practical application of industrial robotics through his analysis of spraying angle effects on coating uniformity in robotic trajectory planning (2013), where he derived functional relationships between yaw angle, roll angle, and film thickness to optimize painting quality. His work on super-redundant robot mechanism configuration (2013) addresses the challenging design problem of painting robots for S-shape ducts, proposing a modular three-component system comprising a moving platform, locating mechanism, and control architecture. This research bridges theoretical mechanism synthesis with real-world industrial constraints. Shao's contributions are particularly valuable for researchers working on robotic painting systems, trajectory optimization, and modular robot design for confined spaces.