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skills using statistical computing and visualization tools (e.g. R, Python or similar) are also considered a merit. The ability to handle large analytical datasets and to work in a structured and
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, game theory has no mature, general-purpose solvers. Computing an equilibrium of a multi-agent noncooperative game amounts to solving a large-scale generalized equation, and available solutions rely on
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interested in candidates with: Experience with web-GIS development or geospatial data visualization. Experience with high-performance computing clusters or cloud-based Earth observation platforms (e.g
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supposed to cater towards new use cases, which will integrate communication and computing in novel and highly dependent ways. A new application class, summarized as the Cyber-Physical Continuum, will
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experience with R and/or Python language, bash shell environment, high performance computing, next-generation sequencing data analysis, and single-cell analysis workflows 2 – Communication and team work
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, bash shell environment, high performance computing, next-generation sequencing data analysis, and single-cell analysis workflows 2 – Communication and team work skills 3 – Interest and theoretical
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are incomplete and annotation cannot be taken for granted Strong programming skills (e.g. R and/or Python) and experience working in a high-performance computing environment Ability to work
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research on the establishment and use of the WIFORCE Arena Data Support Centre, a national research infrastructure that brings together data, expertise, and advanced computing resources for data-driven
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background in at least one of the following areas: Integrated sensing and communication Cell-free massive MIMO beamforming, and MIMO algorithms Joint optimization of communication and computing resources
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particular, trade-offs between model size, data needs, computing costs, privacy and secrecy will be addressed. Work duties You will primarily devote yourself to your doctoral programme, which includes