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Description The postdoctoral researcher will join the "Network Dynamics & Computations" team led by Srdjan Ostojic and develop research projects on modeling neural circuits and their role in behavior. The work
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equipped with evolving, plastic neural networks models, which process visual information and drive motor action. These virtual agents will navigate in virtual reconstructions of ants' natural environment, so
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. The institute comprises 11 teams (120 staff including 48 researchers) and features state-of-the-art imaging, electrophysiology, and behavioral facilities. The "Neural Network Physiology" team studies information
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team as part of a project aiming to demonstrate novel concepts of integrated modelocked or self pulsating semiconductor lasers. These miniaturized lasers meet the requirements of all-optical neural
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des Neurosciences Cellulaires et Intégratives, Neurophysiology of Neural Networks team, under the supervision of M. Cordero-Erausquin. Project: Role of corticospinal and corticoreticulospinal pathways
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previously unknown gene functions. The work will be primarily computational, focusing on the development of deep neural network model architectures and their training. It will involve extending the preliminary
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temperature and water vapor profiles, or surface temperature. We search for the solution of an inverse problem, and we want to use a neural network model for this task. Our group has been using this type
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will consist in creating phonetic categories from neural networks; more precisely, from SSL learning, we will seek to improve the models trained on an initial data set. we will collect these categories
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AI and neural-network based reconstruction methods. The LHCb electromagnetic calorimeter (ECAL) is a critical element of the LHCb experiment, enabling the reconstruction of electrons and photons
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well as the design of its future upgrade. The group is also actively working on LHCb's real-time analysis system and have a large interest in AI and neural-network based reconstruction methods. The LHCb