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broadcast communication protocols. Solid background in signal processing, probability, statistics, and optimization techniques. Experience with mathematical modeling of communication systems. Basic
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, or physics. • Background: knowledge in electronics, signal processing, bioelectromagnetics, numerical modelling. Experience with commercial or open-source numerical solvers (e.g., CST, Ansys, SIM4LIFE
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Design and conduct analyses linking vocal biomarkers to validated psychological scales (e.g., PAID, PHQ-9, GAD-7). Apply natural language processing (NLP) and AI techniques to large-scale audio datasets
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formation processes that have different activation times and energies. The very large surfaces necessary to cover all these needs together with environmental concerns demand high yield fabrication processes
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highly encouraged, as the applications will be processed upon reception. Please apply ONLINE formally through the HR system. Applications by Email will not be considered. All qualified individuals
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successful candidate will conduct research investigating the impact of the predictability of robotic systems on information processing and cognitive cost during human-robot coordination. The candidate will be
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at least 2 references (contact details only) Cover letter Early application is highly encouraged, as the applications will be processed upon reception. To ensure full consideration, please apply by July 15th
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a powerful model for uncovering muscle-specific protective processes. Yet, significant gaps in our knowledge have hampered advancement in this field including the lack of molecular markers and
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to develop a research line related to the assessment of these processes in daily life (e.g., daily diary studies, ecological momentary assessment) and the combination of self-report and sensor-measured data
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and operation of today's energy systems requires the inclusion of multiple technologies and resources, including external energy supplies and primary sources. These couplings between multiple