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(BI) aims to develop computational models and calculation tools capable of predicting the structural behaviour of elements produced by accelerated carbonation. The work will integrate experimental data
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creating and training a large language model tailored to the OMS context, integrating AI agents, and implementing a vehicle mobility interface. The platform will be tested, validated, and continually refined
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. - Proven experience in safety assays using cell cultures and other models, namely in assessing cell proliferation/cell death. - Ability to analyse experimental results, with solid knowledge in statistical
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Interior, under the following conditions: Research Field: Multiview technology, Radiance Fields and Plenoptics. Objectives: Develop models for Processing, Coding, Quality and Representation of radiance
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parallel, a numerical model representative of the developed materials will be created. Work plan: The work plan foreseen for the research grant has been designed to support the experimental research