David Samper
Papers
2
Total Citations
103
H-Index
2
About
David Samper is a leading researcher in precision engineering and robotics, with a primary focus on the kinematic modeling and calibration of spatial parallel mechanisms. His work addresses critical challenges in improving the accuracy and behavior of these complex systems, which are essential in high-precision manufacturing, medical robotics, and metrology. Samper’s most influential contribution is his comprehensive 2010 overview paper, cited over 73 times, which systematically classifies kinematic and calibration models and explores the dual role of sensors—both as tools to enhance mechanism accuracy and as integral components of parallel mechanisms themselves. This work has become a foundational reference for engineers seeking to optimize parallel robot performance. In his 2011 study, cited 30 times, Samper provided a rigorous analysis of Tsai’s calibration method, comparing the efficacy of two- and three-dimensional calibration objects, offering practical guidance for reducing geometric errors. His research bridges theoretical modeling and real-world application, making him a key figure in advancing the reliability of robotic systems. Samper’s work continues to inspire new approaches in sensor integration and calibration, solidifying his impact on the field of precision robotics.
Research Focus
Key Achievements
Top Papers
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