Sylvain Lavernhe
Papers
3
Total Citations
57
H-Index
3
About
Sylvain Lavernhe is a researcher whose work sits at the intersection of industrial robotics, automated inspection, and multi-axis machining, with a focus on advancing the precision and efficiency of manufacturing processes. His most recognized contributions center on scanner path planning for 3D part inspection, where he has pioneered approaches that leverage least-squares conformal mapping to optimize the overlap between successive scanning paths. This geometric technique allows a complex 3D surface to be effectively "unfolded," enabling more systematic and controllable inspection trajectories when using industrial robots equipped with laser scanners. These contributions, documented in two closely related 2018 publications that together have accumulated nearly 50 citations, represent a meaningful step forward in automating quality control for manufactured components. Beyond inspection, Lavernhe has also contributed to the dynamics of multi-axis machining, developing feedrate interpolation methods for trajectory planning that address the real-time kinematic demands of complex toolpaths. Collectively, his research advances the reliability and automation of both inspection and machining workflows, making it highly relevant to researchers and engineers working in computer-aided manufacturing, robotics-based metrology, and precision engineering.
Research Focus
Key Achievements
Top Papers
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