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bridges, has reached or exceeded its design life. To extend the life of infrastructure in the future and at the same time meet sustainability goals, it is necessary to optimize interventions by predicting
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optimizing fermentation protocols, designing expression strategies and assessing expression levels of different protein products and developing a scalable intensified process at a pilot/bench scale. Your
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how expectations and emotions interact in shaping newcomers’ experiences in the workplace and how organizations can intervene to optimize those experiences. This research will combine insights from
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on mammography. To achieve this goal the following work packages are proposed: i) development of a PCCT scan protocol for breast imaging: a phantom study, ii) optimization of PCCT scanprotocol and development of a
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-designing these models alongside the hosting hardware, ensuring optimal performance and scalability. The result? Hardware-aware, adaptable AI models attuned to the dynamic nature of 6G networks, adjusting
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inferences, and at the same time reduce data collection / processing costs and overheads. There is wide consensus that the role of network telemetry will be pivotal in optimizing the performance of 6G, yet it
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the intention to understand, evaluate, and optimize (inter)professional and (inter)organizational learning, collaboration, and innovation in these various contexts. Increasingly, the settings we study revolve
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mathematical disciplines are important in our work: geometrical optics, ray tracing, (numerical) PDEs, transport theory, nonlinear optimization, Lie operators and Hamiltonian systems. Freeform design: The goal
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Responsibilities - Development and optimization of an AI algorithm for semi-autonomous prostate cancer detection on MRI. - Conduct research on patient acceptance of semi-autonomous AI diagnostics. - Conduct a
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control for nuclear fusion We aim to develop the hybrid control1 approach necessary to control density profiles2 together with the exhaust3, particularly with hydrogen ice pellets, to optimize the fusion