University of Rome Tor Vergata
Author in the following contributions
- Merging Data-Driven and Physics Knowledge for Improved Diagnostics, Interpretation, and Modelling by Physics-Informed Neural Networks
- Advances in Maximum Likelihood Tomography Applied to Bolometry for the Investigation and Control of the Total Radiation Emission in Tokamaks
- A Physics-Informed Deep Learning Model for Data-Unsupervised Extraction of Information in the Spectroscopy Field
- Advanced use of autoencoders (AE) on experimental signals preprocessing: a lidar application
- The combination of HotSpot code and MATLAB to simulate radiological dispersions and evaluate solutions to protect the population
- ANALYSIS OF THE METHODS FOR HUMAN-INDUCED EVENTS RISK EVALUATION FOR CRITICAL INFRASTRUCTURES LIKE ENERGY PRODUCTION PLANTS BASED ON NUCLEAR REACTIONS