Xiuzi Ye

Papers

Total Citations

H-Index

About

Xiuzi Ye is a leading figure in geometric modeling and computational design, best known for foundational advances in swept volume solid modeling—a critical technique for NC machining simulation, robot workspace analysis, and collision detection. Ye’s most cited work tackles the notoriously difficult problem of self-intersections in boundary representations of swept volumes, introducing a novel algorithm that ensures robust, accurate results for complex trajectories. This contribution, published in 2008 with 8 citations, directly addresses a long-standing barrier in CAD and manufacturing verification. In related work (2007, 3 citations), Ye developed an efficient method for approximating the swept volume of revolutions along curved paths, balancing simplicity and precision. These innovations have practical impact across robotics, virtual prototyping, and automated manufacturing, where reliable swept volume computation is essential for interference checking and tool path validation. Ye’s research is distinguished by its focus on transforming a mathematically challenging problem into usable engineering solutions. For students and researchers in geometric modeling, Ye’s work offers a clear example of how algorithmic ingenuity can resolve real-world geometric complexity, making swept volume techniques more accessible and reliable for industry and academia alike.