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PNRR, in particular in the field of model-based systems engineering (MBSE) and the development of a model-based digital twin facilitating a fast and rigorous requirements verification process within
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involved in the innovation and application of methodologies and technologies in the following fields: model-based engineering; modelling and simulation; visualisation by means of augmented reality, virtual
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/GNC systems has traditionally relied on model-based techniques, which in turn, have their foundations in a solid body of mathematical proofs (such as guarantees of stability and robustness
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policy of the Agency. You are strongly encouraged to familiarise yourself with the technological activities performed by STS PNRR, in particular in the field of Model-based Digital Twin applied
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-mechanical side. Based on ongoing studies within the Section, you will detail the overall test bed architecture based upon engineering and high-fidelity tools. Existing tools within the Section will be used
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conventional, frame-based sensors in comparison to event-based sensors, which are more commonly associated with neuromorphic computing. This work will support mission design decisions regarding the suitability
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models, Taylor models, optimisation, and statistics. Scientifically, the candidate will, in particular: propose and perform research in the field of differentiable programming/intelligence, where
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stability and efficiency. Onboard Software Modelling: Modelling the behavior and timing constraints of onboard software introduces significant complexity. Ensuring alignment between the simulated and real
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for protocols, technologies and ground-based facilities. Your tasks will include the following: Supporting the creation of sample curation as a new capability in Europe: Liaise with European and global partners
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logic-based methods); non-standard computational models (e.g., quantum and bio-inspired computation); security and privacy (e.g., homomorphic encryption and anonymity); computational geometry, graph