11 bayesian-object-tracking positions at NTNU Norwegian University of Science and Technology
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mixed models, permutational methods, Bayesian analyses, machine learning algorithms, structural equation modeling). A good practical knowledge of R Personal characteristics To complete a doctoral degree
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the Northern Lights project (Equinor, Shell and Total). An overall objective for this project is to develop and test to what degree seabed fibre optic cables can be used to monitor earthquakes and microseismic
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equipped experimental lab in Norway with a 20-year history and has contributed excellent research in the domain of language development and language processing. The equipment includes Tobii eye-tracking
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regulations that provides both incentives and constraints for the maritime energy transition and emission reduction. The research objective of the PhD is to develop models that capture the interaction between
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activities as necessary. Required selection criteria You must have completed a doctoral degree in Urban Planning, Architecture, Urban Design , or a related field with a proven track record of professional
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must submit a 3-5 pages research plan in line with the description of the position (objective, scope and methodologies) with high relevance, rigorousness and impact You must demonstrate previous
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circumstances, formal documentation of language skills can be relinquished. In such cases, the candidate’s language skills will be assessed in a personal interview. A solid track record of top-tier publications
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skills can be relinquished. In such cases, the candidate’s language skills will be assessed in a personal interview. A solid track record of top-tier publications in the topic (e.g., LAK, AIED, CHI, C&A
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, particularly on the shortest time scales, to ensure the stable and secure operation of an isolated grid entirely reliant on renewable sources. Among the specific objectives of the Researcher’s project
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industry? The PhD candidate will pursue the following overall objectives: Contribute to the definition and vision of smart grid reliability Develop and evaluate modern methods for power system protection and