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will also collaborate with project partners in other European institutions. Our team has developed and deployed AI algorithms for recognising the sounds and images of Europe’s wildlife. In this project
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clinical context for decision support. Notable failures include an algorithm used to prioritize patients needing medical attention in the US, and the QRisk algorithm used for cardiovascular risk management
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partners within the MOTIONAL project. Job description Your duties and responsibilities include: To develop Operations Research models and algorithms to solve strategic timetabling problems. To iteratively
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ultimate sensitivity and accuracy. Create holographic imaging and advanced image-correction algorithms. Develop and operate a simple tunable DUV light source based on a high-intensity femtosecond amplifier
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fundamental and applied interest. Specifically, you will develop and/or apply algorithms to predict structures/functions of metabolites and associated biosynthetic gene clusters, as well as to predict
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of individual neuronal cells at subcellular resolution. The outcomes have significant potential for advancing ophthalmology and neurology. We are seeking a motivated PostDoc to play a key role in developing a
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of individual neuronal cells at subcellular resolution. The outcomes have significant potential for advancing ophthalmology and neurology. We are seeking a motivated PostDoc to play a key role in developing a
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of topics from the development and validation of novel methods, algorithms and EO products to innovative polar research; contributing to the advancement of our understanding of the Earth and climate
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of computer science and applied mathematics. Areas of research are partly chosen by you based on expert judgment, insights into trends and developments, and partly chosen by the team to follow the strategic directions