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recognition (OCR) and handwritten text recognition (HTR) methods, while integrating recent advances in transformer-like architectures for the joint processing of text and images. Particular attention will be
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principles for contemporary hospital architecture. Methods derived from architecture history , cultural and political history and anthropology , will be used to shed light on the complexity from its
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the international forefront of microbial physiology and quantum biology and adopts a highly interdisciplinary approach, combining state-of-the-art methods in molecular biology, electron microscopy, protein
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candidate to host/participate and in the setup ofstrategic basic research project whose results lead to economic valorisation of the research results in the field of data acquisition for hybrid metal additive
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policies, housing market regulations, public discourses, and the everyday practices of street-level bureaucrats and private actors involved in eviction processes. Using a comparative mixed-methods approach
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will include an important component of code development, in order to produce multi-color light curves of supernovae in 1D simulations that account for the physics of the stellar core (nucleosynthesis and
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Ecosystem Services (ES) assessment methods to support decision-makers in evaluating OWF impacts across all development stages and scales, and for multiple OWF design configurations. By combining life-cycle
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genomics across lineages with different sex-determining systems (XY, ZW, homomorphic vs differentiated sex chromosomes); investigating the drivers of sex chromosome turnover, transposable elements and
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so, you use innovative hybrid AI techniques that combine symbolic AI methods such as Point Descriptor Precedence (PDP) with data-driven infrastructures such as transformers. You visualize analysis
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refer to https://www.uni.lu/snt-en/research-groups/sigcom/ . Your role Develop innovative methods and data-driven AI tools for highly dynamic SatCom systems Implement and open-source proof-of-concept