A Deep Learning Approach To Forecast
Deep learning has proven extremely successful both in classification and regression problems, especially when it is trained on very large datasets. In the Space Weather context, despite the unarguably large amount of data at our disposal, it remains an open question whether historical datasets contain enough information to build a predictive deep learning system. In this work, we use multi-wavelength solar images from both SOHO (Solar and Heliospheric Observatory) and SDO (Solar Dynamics Observatory) as inputs to a convolutional neural network, to predict solar wind parameters observed at L1, 24 hours ahead. This work is part of the AIDA H2020 (http://www.aida-space.eu) project funded by the European Commission (EC).
|Conference||AGU Fall Meeting|
Shneider, C, Chandorkar, M.H, Bobra, M, & Camporeale, E. (2018). A Deep Learning Approach To Forecast.