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processing methods to be applied on systems based on gas sensor arrays ("electronic noses"), which are used in diffferent sectors. The activity could include applications in the field of environmental
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algorithm development to hardware in the loop (HIL) validation, architectures for autonomous coordination through guidance, navigation and control of distributed space segments, under cooperative and non
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spin currents in hybrid devices with ultra-low energy consumption, based on different solutions such as topological materials (3D and/or with 2D confinement) or alternative systems (Rashba effect
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. •Development of dedicated software tools for simulating and processing synthetic optical data, to analyze performance sensitivity with respect to different factors, considering both ground-based and space-based
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he will assess different finite element schemes for the accurate and efficient solution to the estimation problem. The candidate will also explore numerical/statistical approaches for the uncertainty
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methodologies for measuring social and environmental impact. The main activities will include analyzing available impact data sources, designing models for impact assessment, and developing algorithms
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for the detection and prediction of Extreme Events. The developed methodologies will be applied and validated across different case studies as part of the BERLIN project. Where to apply Website https