18 parallel-and-distributed-computing-"DIFFER" research jobs at University of Glasgow
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, home-built electronics, optical beam profiling and data acquisition and control systems. A significant part of the process is liaising with the many different partners in the project – sub-system
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, equipment or techniques. As an example, the knowledge and experience of using USRP and other RF devices to collect data and the experience of applying different AI/ML techniques for the processing of RF
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/working. C8 Problem solving skills including a flexible and pragmatic approach. Desirable D1 An effective communicator, who can adapt their communication style to different audiences Experience Essential
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solving skills including a flexible and pragmatic approach. Desirable D1 An effective communicator, who can adapt their communication style to different audiences Experience Essential: E1 Sufficient
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a flexible and pragmatic approach. Desirable D1 An effective communicator, who can adapt their communication style to different audiences Experience Essential: E1 Sufficient relevant research
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Problem solving skills including a flexible and pragmatic approach For appointment at Grade 7: C9 Good Team Leadership skills C10 Wider experience of synthetic expertise, including a range of different
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John Williamson, and Dr Sebastian Stein. The job requires the proven ability to develop novel theory and build and evaluate working interactive prototypes involving complex computational models
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tissue-level determinants of proarrhythmia in an experimental model of long QT syndrome (LQTS) with translation into novel risk stratification approaches using computational modelling. The successful
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play a leading role in a Pfizer-funded research programme focussed on vaccine effectiveness of maternal RSV vaccination in infants in Scotland. This study will be a secondary data analysis of routinely
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Job Purpose The post holder will drive an interdisciplinary artificial intelligence (AI) for cancer project. The project will develop novel computational methods that leverage state-of-the-art deep