P. Swapna
Papers
1
Total Citations
12
H-Index
1
About
P. Swapna has made foundational contributions to machine vision, with a particular focus on the precision of geometric camera calibration. Her most-cited work, "The question of accuracy with geometric camera calibration" (2009), critically examines the experimental determination of parameters that describe image formation—a process essential for reliable industrial machine vision systems. By addressing the challenges of accuracy and reliability in calibration procedures, Swapna’s research has provided a rigorous framework for improving measurement fidelity in automated inspection, robotics, and 3D reconstruction. Her work underscores the importance of calibration as a cornerstone for practical vision applications, influencing subsequent studies in optical metrology and computer vision. While her citation impact (12 citations for her key paper) reflects a specialized, technically deep audience, her insights have been instrumental for engineers and researchers seeking robust calibration methodologies. Swapna’s dedication to advancing the theoretical and practical underpinnings of camera calibration marks her as a thoughtful contributor to the field, with her findings continuing to inform best practices in machine vision accuracy.
Research Focus
Key Achievements
Top Papers
- 1The question of accuracy with geometric camera calibration12 citations · 2009