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of Ukrainian and Swedish. At the same time you will test which computational models are most succesful in simulating this learning process. You will publish scientific articles related to the research project
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. In this project, we aim to determine the cause of this difference. You will contribute by processing human samples, establishing mouse models, and performing molecular studies. You publish scientific
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looking for a full-time (100%) Doctoral scholarship holder in the field of in vivo neuroimaging with a focus on MR and PET imaging in animal models of Alzheimer’s disease. Selected candidate will work on a
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academic backgrounds to contribute to our projects in areas such as: Network Security, Information Assurance, Model-driven Security, Cloud Computing, Cryptography, Satellite Systems, Vehicular Networks, and
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stroke research. By using innovative humanized mouse models and samples from ischemic stroke patients, this project aims to better understand how the detrimental interaction between thrombosis and the
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microkinetic modelling or/and machine learning, especially in the area of polymer design, is valued. Experience with modelling macromolecular structures or/and predicting polymer material properties is highly
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-centric 6G ecosystems. The research may include: Service-based and cloud-native architectures for 6G, Network/Compute/AI-as-a-Service models, Zero-touch network/service management, and multi-domain service
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, and adaptive AI models that operate under strict constraints in radio access, edge, and non-terrestrial network environments. The position is open to candidates with a strong interest in either: i
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, excluding references The research proposal should include: (i) problem statement & motivation, (ii) expected novelty/impact, (iii) brief approach (models, data/testbeds), (iv) evaluation plan, and (v
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references The research proposal should include: (i) problem statement & motivation, (ii) expected novelty/impact, (iii) brief approach (models, data/testbeds), (iv) evaluation plan, and (v) alignment with