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Field
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to about the size of a drinks can. In this project we will use emerging 3D visual sensing technologies such as implicit neural rendering (NeRF, Gaussian Splatting) and Geometric Foundation Models
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to fine-grained visual understanding and anomaly detection under limited, weak, or imperfect supervision. The precise research direction will be defined together with the candidate and may evolve over
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. It will reduce sport’s environmental impact through sustainable practices and mitigate the negative health effects of climate change by fostering resilience and wellbeing, especially among vulnerable
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precision medicine and diagnostics covers data integration, analysis, visualization, and data interpretation for patient stratification, discovery of biomarkers for disease risks, diagnosis, drug response and
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change processes as well as good and bad outcome cases. It will involve analyzing both quantitative and qualitative data to explore aspects such as emotional communication, the working alliance, and
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be clear in your communication and able to collaborate effectively with others. Great emphasis will be placed on personal qualities and suitability. Your workplace You will belong to the Department
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research will identify creative competences—such as empathy, adaptability, visualization, idea generation—essential for citizen collectives and civil servants to collaborate effectively on innovations
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codes and practices in both literature and cultural artefacts, including visual imagery or medieval artefacts The student will be expected to explore such transmissions and evolutions of Chrétien de
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development of early warning systems, risk assessment of pathogens; optimization of the calculation of disease burdens, visualization of complex correlations, Big Data analyses, automated analysis of high
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modeling, environmental simulations, and digital twin systems. -Develop analytical tools, visualization platforms, and decision-support dashboards to improve research outcomes. -Ensure data quality through