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. In order to create a better holistic digital representation of the environment, we need to ensure that effective knowledge transfer is taking place between such autonomous entities. Knowledge transfer
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; motivated to share exchange knowledge with academic and non-academic audiences. What can we offer you? a challenging work environment with ample scope for individual initiative and development within
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Do you enjoy working in an interdisciplinary research environment? Are you interested in using state of the art language technology to advance research in cognitive science and linguistics? If you
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interdisciplinarity. Depending on the specific topic, the PhD students also have a strong link to the working environment and faculty of their respective supervisors. The HAVA Lab has been given a unique central
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be developing a versatile plug-and-play HPC-aware simulation tool for brain perfusion, metabolism, and infarction, relying on state-of-the-art software environments (such as e.g. Fenics) and coupling
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will be working in the Evolutionary Systems Biology team of dr. Meike Wortel. The team focusses on developing mathematical and computational techniques to include the environment, including other
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about empirical research and quantitative research methods. You are a team player with good communication skills. The candidate must thrive in a collaborative environment that calls for autonomy
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infrastructure (e.g., from edge to hybrid and federated cloud environments), focusing on scheduling, optimization, performance diagnosis, and adaptation challenges of the application lifecycle from composition
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team environment. What are you going to do You perform empirical research on the causes or trends of political trust and skepticism; You will participate in a project that consists of three PhD
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creative methods to enhance the function, deployment, and operation of transformer models in environments constrained by processing power, memory, and energy availability. Your contributions will be pivotal