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About

Dave Barnes is a distinguished researcher whose career spans several decades at the intersection of robotics, autonomous systems, and planetary exploration. His work is perhaps best known for advancing Mars rover technology, particularly through his contributions to the European Space Agency's ExoMars mission, where he tackled the fundamental challenge of enabling autonomous scientific decision-making in environments where direct human supervision is impractical. His 2009 paper on autonomous science for an ExoMars rover-like mission (47 citations) and his phase A study of the ExoMars rover and Pasteur payload (39 citations) represent landmark contributions to experimental astrobiology and space robotics. Barnes also made notable theoretical contributions through his work on fuzzy qualitative trigonometry (44 citations), a mathematical framework with broad applications in robotic reasoning. His career demonstrates impressive breadth, ranging from early work on fault diagnosis in flexible manufacturing systems (1989) and declarative sensor knowledge in robot monitoring, to cooperative multi-robot systems, haptic teleoperation interfaces, and planetary aerobot swarms. Across these domains, Barnes has consistently pushed the boundaries of what autonomous robotic systems can achieve, making him an influential figure in both terrestrial and extraterrestrial robotics research.