J. F. Jarvis

Papers

Total Citations

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About

J. F. Jarvis is a researcher whose work sits at the intersection of robotics, measurement systems, and precision engineering. Best known for contributions to automated 3D measurement and spatial calibration, Jarvis has made meaningful strides in developing accurate systems for determining robot position in three-dimensional space. His most recognized work, "Calibration of Theodolites" (2003), lays out the conceptual and technical framework for building complete kinematic models of measurement apparatus — a foundational approach in which model parameters are rigorously derived through systematic calibration procedures. This methodology represents a significant step toward reliable, automated metrology in robotic systems, addressing one of the persistent challenges in industrial and research robotics: achieving high positional accuracy without manual intervention. With 7 citations, the work, while modest in citation count, reflects specialized influence within the precision measurement and robotics instrumentation community. Jarvis's research appeals particularly to those working on robot calibration, coordinate measurement systems, and kinematic modeling, offering both theoretical grounding and practical pathways for implementing accurate spatial measurement frameworks in real-world robotic environments.