Control theory, optimisation and operational research

Faculty

• Fabio Ancona (Controllability and Stabilization; Discontinuous Feedback Laws)
• Manuel Francesco Aprile (Combinatorial Optimization; Integer Programming)
• Gennaro Auricchio (Optimal Transport; Projection Problems)
• Martino Bardi (Hamilton-Jacobi equations; differential games; optimal control)
• Davide Barilari (Geometric Control Theory)
• Alessandra Buratto (Optimal control theory; Dynamic systems; Differential games)
• Giorgia Callegaro
• Laura Caravenna
• Alekos Cecchin (Mean field games; Stochastic control)
• Annalisa Cesaroni (Mean field games; Weak KAM theory; Optimal transport)
• Giovanni Colombo (Necessary optimality conditions; Value functions; Control of the Sweeping Process)
• Bernardo D'Auria (Optimal stopping; Stochastic control; Mean field problems)
• Carla De Francesco (integer linear programming ; vehicle routing ; formulations)
• Luigi De Giovanni (Mathematical Programming; Metaheuristic Optimization Algorithms; AI-driven optimization)
• Marco Di Summa (Integer and mixed-integer programming; Polyhedral approaches to optimization)
• Paola Mannucci (Hamilton Jacobi equations; Evolutive deterministic and stochastic games)
• Andrea Marson (Control of Partial Differential Equations)
• Monica Motta (Impulsive control; Hamilton Jacobi equations; Control systems with time delays)
• Francesco Rinaldi (Nonliner Optimization; First-order Optimization; Zeroth-order Optimization)
• Pierpaolo Soravia (dynamic programming and Hamilton-Jacobi equation; geometric control theory; differential games)
• Daniela Tonon (Optimal control ; Optimal Transport; Mean Field Control)
• Tiziano Vargiolu (Stochastic Control; Stochastic Optimization)

Research Assistants

• Chiara Faccio (Projection-free Methods; Maximum Clique Problem)

Ph.D. Students

• Eleonora Bellesso (Nonlinear Optimization; Continuous Reformulations)
• Matteo Bergamaschi (Sparse Optimisation; Machine Learning; Network Optimisation)
• Lorenzo Perinello (Mathematical Programming; Metaheuristic Optimization Algorithms; AI-driven optimization)
• Giovanni Spisso (First-order Methods; Conditional Gradient Method; Network Analysis)