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with the digital twin, and how multimodal interface design can maximize situational awareness during safety-critical decision-making. The outcome of this project will be a working radiological analysis
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-Service (XaaS) paradigms for next-generation (6G) communication systems. The project delves into the design of service-oriented networking architectures that enable programmable, intelligent, and scalable
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) brief approach (models, data/testbeds), (iv) evaluation plan, and (v) alignment with IDLab research on flexible and deterministic networking at the University of Antwerp (https://www.uantwerpen.be/en
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/impact, (iii) brief approach (models, data/testbeds), (iv) evaluation plan, and (v) alignment with IDLab research on flexible and deterministic networking at the University of Antwerp (https
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ample opportunities for direct validation in biologically relevant settings. This interdisciplinary atmosphere has been a main catalyst for many past successes: https://europepmc.org/article/MED/35021063
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, signal processing (or a similar degree with an equivalent academic level). - You have an interest in designing EEG-BCI experiments (expected for about 20% of the PHD) - You have a solid mathematically
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novelty/impact, (iii) brief approach (models, data/testbeds), (iv) evaluation plan, and (v) alignment with IDLab research on flexible and deterministic networking at the University of Antwerp (https
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, the VUB is a member of EUTOPIA, an alliance of like-minded European universities, all ready to reinvent themselves. The position is part of the ETRO research group. RDI, a member of IMEC. ETRO. RDI (http
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addition to the monthly stipend, the host institution will allocate a designated sum specifically for this purpose; travel funding will be available. -- develop an international network and take an active role in
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defining formulations with desired properties, (ii) in silico microbiome design based on systems biology network analysis, and (iii) in vitro validation in a (inhouse developed) biofilm bioreactor system