index - Observatoire Pluridisciplinaire des Alpes-Maritimes Access content directly

OPAL

OPAL (Observatoire Pluridisciplinaire des ALpes-maritimes) is a research facility providing High-Performance Computing (HPC), artificial intelligence (AI) computing facilities, data storage and computing, as well as visualization resources and testbeds. OPAL is a joint effort of Université Côte d'Azur, Observatoire de la Côte d'Azur, Inria Sophia Antipolis and Mines ParisTech à Sophia Antipolis. It is built on the sharing of the computational resources of these four institutions through an unified access. OPAL provides computing services to the members of Université Côte d'Azur and their industry and society partners for research, education and development.

Last Deposits

Chargement de la page

Documents in Full Text

254

Notices

20

Statistics by Discipline

Keywords

Méthodes directes Astrophysics - Solar and Stellar Astrophysics $p$-robustness Planets and satellites dynamical evolution and stability Turbulence Event camera Computer Graphics Planet-disk interactions Controlled source seismology Appearance capture Reconstruction Methods observational GANs Federated Learning Atherosclerosis Sketching Image processing EEG Stars abundances Multiple Sclerosis Protoplanetary disks Gaunt Coefficients Marked point process Gravitation Relighting Point process Action Detection Inverse theory Alps Inversion de formes d'ondes Galaxy evolution Non-photorealistic rendering Multi-View Domain adaptation Image-Based Rendering Remote Sensing MEG Stars activity CNN Convolutional neural network Lithosphérique Plasmas A posteriori estimate Line drawing Full-waveform inversion Saliency GM-PHD Densité Generative adversarial networks Hydrodynamics Catastrophic forgetting Planets and satellites detection Deep learning Dense labeling Machine learning Stars atmospheres Deep Learning Alzheimer's disease Astrophysics - Earth and Planetary Astrophysics Finite element method Methods numerical Multigrid method Attention Semantic segmentation Small object detection Spherical Harmonics Material capture 3D reconstruction Object detection Neural Rendering SVBRDF Convolutional neural networks Density Minor planets Segmentation OPAL-Meso Mean-field limit Radiative transfer Seismic imaging Stable decomposition 3D Gaussian Splatting Schwarz method Galaxy disk Diffusion MRI Planets and satellites formation Methods statistical Tomographie Neural networks Lithospheric Compound regularization Remote sensing Imagerie sismique Alpes Tractography Neuromorphic Gaussian Process PET Imaging Sketch-based modeling Instabilities Galaxy abundances