F.X. Steinparz

Johannes Kepler University of Linz, Linz Center of Mechatronics (Austria)

Papers

Total Citations

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About

F.X. Steinparz is a foundational figure in the early development of robotic kinematics and control. His primary research areas center on coordinate transformations and the application of Denavit-Hartenberg (D-H) matrices for robot manipulation. Steinparz’s most influential contribution, the 1985 paper “Co-ordinate transformation and robot control with Denavit-Hartenberg matrices” (12 citations), provided a clear and practical framework for using D-H parameters to model and control robotic arms. This work helped bridge theoretical geometry with real-time control algorithms, enabling more precise and efficient robot motion planning. Although his citation counts are modest, his research is recognized as an early, essential step in standardizing how roboticists describe spatial relationships between joints and end-effectors. Steinparz’s 1984 paper “Transformation of co-ordinates for robot control” (2 citations) further refined these concepts, emphasizing the importance of systematic coordinate handling in automation. His contributions are particularly notable for their clarity and direct applicability, making complex mathematical transformations accessible to engineers and researchers. Steinparz’s work remains a reference point for those studying the historical evolution of robot control theory and the practical implementation of D-H matrices.