W. Stempfhuber

Papers

Total Citations

H-Index

About

W. Stempfhuber is a researcher whose work lies at the intersection of precision agriculture and geospatial technology, with a core focus on the reliability of automated systems in farming. His key research areas include the quality assessment of positioning and communication systems, system calibration, and the spatio-temporal accuracy required for site-specific farming, fleet management, and field robotics. Stempfhuber’s major contributions center on establishing rigorous methodologies for evaluating the performance of equipment—such as GPS, DGPS, and inertial navigation systems—that underpin modern precision agriculture. His investigations, as highlighted in his most-cited papers from 2002 and 2003, each garnering 6 citations, provide foundational knowledge on the quality of data acquisition and navigation tools, ensuring that automated farming technologies operate with the precision necessary for effective crop management. By addressing the critical need for detailed quality knowledge, Stempfhuber has helped advance the practical deployment of precision farming, making his work a valuable reference for researchers and engineers seeking to optimize agricultural automation and enhance field-level decision-making.