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field robotics and tests its methods on robots in real environments. We are now looking for a postdoctoral researcher to work on localisation and mapping for robots in GPS-denied environments, where dust
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[email protected] 303.497.6164 Joel N. Ullom [email protected] 303.497.4408 Description During the last decade, precise measurements of the Cosmic Microwave Background (CMB) have become a powerful probe
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video, GPS, GSM to radar and other types. The challenges both from modelling, sensing, filtering and decision making point of view can be considered. Potential methods involve a broad range of machine
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analyzing smartphone data–collected with our high-throughput digital phenotyping platform–in biomedical research cohorts with the goal of establishing more precise and dynamic disease phenotypes. Basic
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analyzing smartphone data–collected with our high-throughput digital phenotyping platform–in biomedical research cohorts with the goal of establishing more precise and dynamic disease phenotypes. Basic
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, distinguishing between transport walking, leisure walking and sojourning, using observational and mobility-based methods such as GPS tracking and PPGIS. Use GIS and urban morphological methods, including
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precise research direction will be defined together with the candidate based on their interests and background and on the ongoing research activities of the research environment. Your profile Your
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. Magnetic fields are employed to confine this plasma, but precise measurements of these fields are crucial for understanding and optimising fusion reactor performance. Muon tomography, a technique that
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research is partly automated? Could new publishing or funding mechanisms produce better science? This project uses game theory and computational models to study science as a social system. The precise
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research is partly automated? Could new publishing or funding mechanisms produce better science? This project uses game theory and computational models to study science as a social system. The precise