Ramiro Ibarra
Papers
1
Total Citations
26
H-Index
1
About
Ramiro Ibarra is a foundational figure in the kinematics and calibration of robotic systems, with his work addressing the critical gap between theoretical models and real-world mechanical performance. His primary research areas include kinematic linkage analysis, error modeling, and precision measurement in open-chain robotic manipulators. Ibarra’s most influential contribution, the 1986 paper "Determination of Linkage Parameter and Pair Variable Errors in Open Chain Kinematic Linkages Using a Minimal Set of Pose Measurement Data," introduced a method to identify discrepancies between nominal and actual link lengths, orientations, and pair variables caused by manufacturing tolerances, sensor inaccuracies, and controller errors. By enabling accurate calibration using a minimal set of pose measurements, this work laid essential groundwork for improving robotic precision and reliability. Though cited 26 times, its impact resonates deeply in the fields of robotics and mechanical design, influencing subsequent research on kinematic calibration and error compensation. Ibarra’s achievements underscore the importance of bridging theoretical kinematics with practical implementation, making his contributions a cornerstone for students and engineers seeking to enhance robotic system accuracy.
Research Focus
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Top Papers
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