Enrico Camporeale (CWI)
Simon Wing (CWI)
Mandar Chandorkar (Phd,CWI)
Mich`ele Sebag (LRI,Cnrs)
Aur'elien Decelle (LRI)
Cyril Furtlehner (LRI,Inria)
Giancarlo Fissore (Phd, LRI)
See the project Machine Learning for Space Weather (2015-2019)
Inria/CWI Associate team MDG-TAO
Our goal is to tackle Space Weather modeling by a synergetic combination of
state-of-the-art simulations and Machine learning techniques.
The huge amount of space missions data has not yet
been systematically exploited in the current computational methods for Space Weather. Thus,
we believe that this work will result in cutting-edge results and will open further research topics in Space Weather and Computational Plasma Physics.
Feature learning from Solar images
Solar events automatic classification based on solar images
Dynamic forecasting of solar events
Solar wind and DST index prediction
4 different auto-encoder architectures to automatically extract features for solar magnetograms
a baseline predictor of solar wind based on extracted features
a baseline classifier of solar events based on extracted features
A dynamic time lag forecasting system of the solar wind based on solar images
Machine Learning in Heliophysics, 16-20 September 2019, Amsterdam
Lorentz Center workshop
Space Weather: a Multi-Disciplinary Approach
25-29 September 2017
M. Chandorkar, C. Furtlehner, B. Poduval, E. Camporeale, M. Sebag,
Dynamic Time Lag Regression: predicting What & When , ICLR (2020)
Machine Learning in Space Weather , Phd thesis, University of Eindhoven (2019)
Deep Solar Imaging for Geomagnetic Storms Prediction , master thesis report Ecole polytechnique (2017)
Chandorkar, Camporeale, Furtlehner and Sebag (2017): Bayesian Inference of Plasma Diffusion Parameters: An LSSVM based approach submitted to NIPS workshops on machine learning and physics.
M. Chandorkar, E. Camporeale, S. Wing (2017): Probabilistic Forecasting of the Disturbance Storm Time Index: An Autoregressive Gaussian Process approach, Space Weather, 15, 1004
Decelle, Fissore and Furtlehner (2017): Spectral Dynamics of Learning Restricted Boltzmann Machines, to appear in E. Phys lett. B.