G.V. Puskorius

Papers

Total Citations

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About

G.V. Puskorius is a leading figure in robotics and automation, with a career spanning decades of innovation in sensor-guided systems. His core research focuses on robot/vision calibration, automated assembly, and multi-sensor fusion for autonomous vehicles. Puskorius’s most influential work, “Global calibration of a robot/vision system” (2005, 50 citations), established foundational methods for improving positioning accuracy in industrial robotics—critical for off-line programming and sensory guidance. He also pioneered vision-guided robotic assembly, as detailed in his 2003 paper (18 citations), where he integrated stereo cameras with six-axis robot arms to enhance manufacturing precision. More recently, Puskorius has advanced autonomous vehicle technology through his 2020 work on motion-guided LiDAR-camera self-calibration and depth upsampling (7 citations), addressing real-time sensor fusion challenges. His contributions bridge classical robotics and modern autonomous systems, with a systems-level approach that considers accuracy, coupling, and manufacturing requirements. Puskorius’s enduring impact is evident in the continued relevance of his calibration techniques, which remain essential for both industrial automation and self-driving platforms.