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Feb 02, 2023
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Guillaume Becq
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| ATTALI Dominique | DR CNRS | Computation geometry, geometry processing, shape reconstruction, meshing, Delaunay |
| ATTALI Dominique | DR CNRS | Computation geometry, geometry processing, shape reconstruction, meshing, Delaunay |
| AYASSO Hacheme | MCF UGA | |
| AYASSO Hacheme | MCF UGA | |
| BARTHELME Simon | CR CNRS | Theoretical & computational statistics, kernel methods, point processes |
| BARTHELME Simon | CR CNRS | Theoretical & computational statistics, kernel methods, point processes |
| BECQ Guillaume | IR CNRS |
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Applied mathematics: signal processing, automatic control, linear algebra, probability, statistics, estimation, algorithmic, machine learning, database.
| BECQ Guillaume | IR CNRS | Signal and image processing, applications in neurosciences and biomedical engineering. |
Scientific computation libraries: Scipy, Numpy, Pandas, Scikit-learn... Sometimes Nipy, FSL, hddm. Occasionally SPM...
Modelling and numerical simulations of neural networks and recordings of their activities (EEG, IRM, Calcium imaging, MEA, ECG, SpO2).
Technical tools and softwares: Jupyter, Gitlab, Overleaf, LaTeX, TikZ...
Programming languages: Python, HTML / CSS. Sometimes: C, C++, shell. Occasionally: R, Java, Fortran, Labview, Matlab.
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| BROSSIER Jean-Marc | PU Grenoble-INP | Statistical signal processing, digital communications |
| BROSSIER Jean-Marc | PU Grenoble-INP | Statistical signal processing, digital communications |
| CAYRE François | MCF Grenoble-INP | |
| CAYRE François | MCF Grenoble-INP | |
| CHATELAIN Florent | MCF Grenoble-INP | |
| CHATELAIN Florent | MCF Grenoble-INP | |
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