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, machine learning and computer vision techniques, statistical data analysis, and Python programming. Activities will include field calibration and validation of models and data integration into a decision
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, visit: https://sites.google.com/view/tommaso-giovannini The ideal PhD candidate has: a solid background in theoretical/computational condensed-matter physics or chemistry (MSc in Physics, Chemistry
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related to development environments such as Python and PyTorch, as well as existing libraries for predictive maintenance. The research will also extend to digital vision systems that may be used to broaden
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of intelligent systems Solid programming skills (Python, C/C++, or similar). Experience with autonomous systems (UAVs, robots, self-driving systems) is a major plus. Ability to work independently and
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techniques with target publications in conferences such CAV, TACAS, FM, and RV; Software development of FM Unit’s tools (https://fm.fbk.eu/category/tools.html ); Participation in research and development
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, thermodynamics, modelling; and/or ML/AI, data science, statistics, image analysis, scientific programming (Python/R/Julia), HPC; Strong motivation for interdisciplinary research and international collaboration
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Research Infrastructure? No Offer Description The requested figure will be responsible for developing and implementing both machine-learning methods for analysing images and audio files in Python, as
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, computer science, data science, or equivalent applied to biology, preferably with cardiovascular focus. Proven expertise in RNA-Seq and integrative multi-omics analysis and interpretation. Proficiency in R, Python
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and their documentation in the Python/R/C++ library fdaPDE. The method will be applied to real data problems of sustainable development. Where to apply Website https://aunicalogin.polimi.it/aunicalogin
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quantification of the parameters of the differential equation. The methods will be implemented in the python/R/C++ library fdaPDE and will be applied to real data problems of sustainable development. Where