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will also include work that aims to understand how human behaviour may change with temporal reasoning ultrasound AI tools. Thus, the work will involve both computational methods research and
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Faculty of Social Sciences. The aim of the CCL is to improve our understanding of the causes, processes and effects of mediated communication using computational methods. We strive to advance core fields of
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to the activities of the Machine Learning & Data Science research group, develop rigorous mathematical proofs for convergence and asymptotic analysis of deep learning models, methods and algorithms, and collaborate
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of Engineering Science (Institute of Advanced Technology, Begbroke Science Park) and in collaboration with Professor Demrot O’Hare in the Department of Chemistry. The post is funded by the EPSRC SOUNDCHEM Programme Grant
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, working closely with the Core Outcome Measures in Effectiveness Trials (COMET) Initiative. You will develop and evaluate natural language processing and machine-learning methods (including large language
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the mechanisms underlying cognitive map failures in psychosis. You will plan and conduct experiments, analyse behavioural and neural data using computational methods to study planning and inference, contribute
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echocardiography dataset called CAIFE consisting of both healthy and abnormal fetal heart scans. You will be responsible for the design and testing of original machine-learning based methods for fetal heart
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of law. The project combines legal scholarship, social science methods, survey experiments, interviews and policy engagement. Reporting to Professor Inbar Levy, the postholders will be members
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mechanisms underlying protein–RNA interactions and their regulation. We combine structural, biophysical, cellular and computational approaches to understand how RNA-binding proteins recognise their partners
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with academic researchers, clinicians, patient partners, and the University of Dundee Health Informatics Centre, contributing to research that aims to transform how neuropathic pain is studied using