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, design, operation and closure - of IT projects using standard workflows. Act as the Single Point of Contact (SPOC) for IT project requests for DMI. Facilitate stakeholder communication and alignment across
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immune cells in Alzheimer’s disease. Our lab investigates how immune cells and signals shape brain development, activity, and aging. In this project, we aim to dissect the contribution of adaptive immune
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processing. Advanced cryoET sample preparation (correlative approaches, cryoFIB milling) Microbiology, cell biology and/or biochemistry An affinity for methods development and collaborative multidisciplinary
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Stochastic processes ODE/PDE modeling Control theory This theoretical expertise must be paired with a demonstrated interest and track record in biological applications, particularly in areas such as gene
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of 2D or 3D data to process, specific morphological pattern. The last point is of particular interest, because the shape clustering in GMM is performed by selecting ad-hoc points from a 3D point cloud
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Context. The initial great promise of 3D geometric modeling and processing was to achieve for shapes what had been done in digital signal processing for sound and images. Over the last twenty years
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writing Preferred: Experience with MATLAB (especially for auditory modeling or signal processing) Familiarity with audiological data and test batteries Working knowledge of French is a plus Candidates
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, the exploitation molecule fluctuations attracted the interest of the community due to the fact that it does not need specific fluorophores nor specific illumination or microscope. In this context, the process of
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measurements by LiDAR and images. While images are dense 2D grids, point clouds made by LiDARs are sparse and unstructured. This difference gives rise to the central question of LiDAR-camera fusion, that is to
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). Signatures of cochlear processing in neuronal coding of auditory information. Mol Cell Neurosci. 120:103732 Barral J, Wang XJ, and Reyes AD (2019). Propagation of temporal and rate signals in cultured