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will consist in the porting and optimization of parallel and heterogeneous programming models for the upcoming multiprocessor systems developed in the DARE project . The focus of DARE are long vector
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principles of parallel computers. Four faculty members, four postdocs and about fifteen Ph.D students are engaged in research in computer architecture. Main responsibilities We are seeking 1-2 research
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thermomechanical behaviour and damage evolution in new, graded or otherwise complex microstructures remains a challenging task. Parallel projects within NEXT will utilise and further develop large-scale neutron and
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running multiple CZ gates in parallel affects the performance of individual gates. This includes evaluating fidelity across various scenarios (e.g., single CZ, multiple simultaneous CZ gate operations) and