Jason D. Hintersteiner
Papers
1
Total Citations
52
H-Index
1
About
Jason D. Hintersteiner’s research centers on the precision and reliability of robotic systems, with a particular focus on medical applications. His most-cited work, “A systematic error analysis of robotic manipulators: application to a high performance medical robot” (2002, 52 citations), introduces a groundbreaking methodology for calculating end-effector position and orientation errors. By treating physical error sources in a unified manner during the design phase, Hintersteiner enables engineers to compare and mitigate the impact of these errors on positioning accuracy—a critical advance for high-stakes environments like surgery. This systematic approach has become a foundational reference for researchers and practitioners working to enhance robotic precision, especially in medical robotics where even minor errors can have significant consequences. Hintersteiner’s contributions bridge theoretical error modeling and practical design, offering a clear framework that has influenced subsequent work in manipulator calibration and performance optimization. His work underscores the importance of rigorous error analysis in advancing robotic technologies for healthcare, making him a notable figure in the field of medical robotics and precision engineering.
Research Focus
Key Achievements
Top Papers
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