People
Faculty
Post-docs
-
Paolo Albini - Computer Vision
-
Fabio Anselmi - Machine Learning
-
Ángel Arroyo - Inverse problems
-
Matteo Barbieri - Computational Biology
-
Curzio Basso - Computer Vision
-
Daniele Calandriello
-
Federico Ciech
-
Carlo Ciliberto
-
Elisabetta Delponte - Computer Vision
-
Augusto Destrero - Computer Vision
-
Miguel Alejandro Duval Poo - Image Processing
-
Samuele Fiorini - Machine Learning for data science
-
Guillaume Garrigos
-
Gaurvi Goyal - Computer Vision
-
Aitacç Kanaci - Computer Vision
-
Junhong Lin
-
Jaouad Mourtada
-
Nicole Mucke
-
Maximilian Nickel
-
Moaz Reyad - Machine Learning for data science
-
Moaz Reyad - Machine Learning
-
Alessandro Rudi
-
Cristian Rusu
-
Saverio Salzo
-
Matteo Santoro - Machine Learning
-
Joan Sosa Garcia - Computer Vision
-
Margherita Squillario - Computational Biology
-
Hassan Tanveer - Computer Vision
-
Federico Tomasi - Network Inference
PhD students
-
Paolo Albini - Quantum Mechanics
-
Luca Baldassarre - Machine Learning
-
Matteo Barbieri - Computational Biology
-
Francesca Bartolucci - Harmonic Analysis
-
Enrico Cecini - Machine Learning
-
Guido Cesare - Machine Learning
-
Gabriele Chiusano - Machine Learning
-
Vanessa D'Amario - Machine Learning
-
Elisabetta Delponte - Computer Vision
-
Augusto Destrero - Computer Vision
-
Miguel Alejandro Duval Poo - Image Processing
-
Sean Ryan Fanello - Computer Vision
-
Samuele Fiorini - Machine Learning
-
Giovanni Fusco - Computer Vision
-
Gaurvi Goyal - Computer Vision
-
Damiano Malafronte - Computer Vision
-
Lucia Mantovani - Harmonic Analysis
-
Gian Maria Marconi - Machine Learning
-
Chiara Martini - Data analysis
-
Salvatore Masecchia - Machine Learning
-
Sofia Mosci - Machine Learning
-
Alessandro Ottazzi - Harmonic Analysis
-
Alessandro Rudi - Machine Learning
-
Saverio Salzo - Machine Learning
-
Andrea Schiappacasse - Machine Learning
-
Mina Sorial - Computer Vision and Robotics
-
Joan Sosa Garcia - Computer Vision
-
Margherita Squillario - Computational biology
-
Alessandra Staglianò - Machine learning
-
Soahib Ali Syed - Machine Learning
-
Federico Tomasi - Machine Learning
-
Veronica Tozzo - Machine Learning
-
Irene Venturi - Harmonic Analysis
-
Alessia Vignolo - Computer Vision
-
Stefano Vigogna - Harmonic Analysis
-
Luca Zini - Computer Vision
-
Grzegorz Zycinski - Machine Learning
Research fellows
-
Veronica Tozzo - Machine Learning
-
Sandra Albani - Signal Analysis
-
Marco Baracchini - Analysis & Inverse Problems
-
Manuela Barone - Signal Analysis
-
Riccardo Bianchini - Machine Learning
-
Luca Biggio - Machine Learning
-
Elisa Businelli - Harmonic Analysis
-
Paolo Campodonico - Analysis & Inverse Problems
-
Giorgio Cantarini - Computer Vision
-
Luigi Carratino - Machine Learning
-
Davide Casula - Computer Vision
-
Vincenzo D'Amato - Computer Vision
-
Umberto De Giovannini - Machine Learning
-
Michele Dell’Oro - Machine Learning
-
Eugenio Dellepiane - Analysis
-
Luca Demetrio - Machine Learning
-
Francesca Dotti - Machine Learning
-
Davide Garbarino - Machine Learning
-
Laura Gemme - Machine Learning
-
Ilaria Giulini - Probability
-
Matteo Grasso - Applied Machine Learning
-
Simone Grossi
-
Issa Mouawad - Computer Vision
-
Elena Nicora - Computer Vision
-
Manuel Orlandi - Machine Learning
-
Nicolò Pagliana - Machine Learning
-
Davide Parodi - Machine Learning & Signal Analysis
-
Vincenzo Petito - Computer Vision
-
Vincenzo Petito - Machine Learning
-
Nicolò Pinna - Applied Machine Learning
-
Enrico Prampolini - Computer Vision
-
Nicola Raffo - Signal Analysis
-
Ruggero Ragonesi - Computer Vision
-
Nicola Rebagliati - Machine Learning
-
Davide Riva - Applied Machine Learning
-
Arianna Romani - Harmonic Analysis
-
Francesco Rosasco - Computer Vision
-
Alessio Russo - Machine Learning
-
Gianluca Salvaia - Machine Learning
-
Federico Salvi - Computer Vision
-
Silvia Sciutto - Analysis & Measure Theory
-
Silvia Sciutto - Signal Analysis
-
Lorenzo Spano - Machine Learning
-
Alexander Statsenko - Signal Analysis
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Daniele Surpano - Machine Learning
-
Giulia Vignola - Signal Analysis
-
Giuseppe Zampogna