Using Artificial Intelligence to defend telecommunications and satellite positioning systems from the interference of space weather events (AIDefSpace)

Our focus is the now- and fore-casting of the three elements that can directly influence the propagation of critical electromagnetic signals: the global geomagnetic, the global ionospheric, and solar energetic states.   In this project we will exploit existing open databases of ground and space measurements of these three systems. This data will be used to perform corrections on existing standard models to take into account non-standard variations due to solar activity.  
Corrections to existing standard models using historical data and Artificial Intelligence will lead to a clear view of the current (and near-future) state of the global geomagnetic \environment, improving on low-frequency radio communications, satellite data transmission, and geolocation.