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Domaine Physique corpusculaire et cosmos Contrat Post-doctorat Intitulé de l'offre Development and Exploitation of a Poloidal Correlation Reflectometer for Turbulence Studies H/F Sujet de stage
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(IV-curve) and dynamical (EIS) conditions will be developed during the stage. The model will be used to numerically reproduce experimental conditions that allow maximizing the sensitivity
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to their low-cost implementation. Recent research at Inria Rennes led to the development of TRAITOR [1-2], an experimental platform capable of generating synchronous clock perturbations and characterizing
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from a radar sensor. They will rely on AI algorithms based on GNNs currently being developed within the laboratory. The student will be integrated into a dynamic multidisciplinary team and will benefit
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, the intern will be expected to: - Review the state of the art on gaussian splatting reconstruction and 3D perception - Design, develop and evaluate a novel deep learning pipeline for perception in autonomous
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quantized, and can the combination compete with quantization alone? Our first measurements suggest the answer is less simple than it looks. Our group develops compression methods that measure errors by
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a multidisciplinary team specializing in hardware IP design and EDA tools, you will develop innovative methodologies and tools for HW/SW co-design of electronic architectures, focusing on high
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safety-critical tasks, such as healthcare or automated vehicles, where trustworthy models are required. The existing literature for the OoD detection problem focuses on the development of confidence scores