Di seguito l'elenco degli studenti che hanno conseguito il titolo di dottore di ricerca a partire dal 2018, anno in cui si è concluso il primo ciclo del dottorato ABRO.
Dottori di ricerca ABRO 2020
Tommaso COLOMBO
Tesi: Optimization techniques for large scale finite sum problems
Curriculum: Ricerca Operativa
Massimiliano D’ANGELO
Tesi: LQ regulators and detection problems in non-gaussian environments
Curriculum: Automatica
Supervisore: Stefano Battilotti
Eduardo FERREIRA FRANCO
Tesi: A dynamical evaluation framework for technical debt management in software maintenance process
Curriculum: Ricerca Operativa
Supervisore: Paolo Dell'Olmo
Alessandro GIUSEPPI
Tesi: Control methods for safe and efficient cyber-physical systems
Curriculum: Automatica
Supervisore: Francesco Delli Priscoli
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Giorgio GRANI
Tesi: Criterion space search algorithms for nonlinear integer multiobjective programs
Curriculum: Ricerca Operativa
Supervisore: Laura Palagi
Maram KHATIB
Tesi: Multi-sensor coordination in human-robot interaction
Curriculum: Automatica
Supervisore: Alessandro De Luca
Maria Grazia PUXEDDU
Tesi: The structural and functional multilayer modular organization of the human brain
Curriculum: Bioingegneria
Supervisore: Laura Astolfi
Nicola SCIANCA
Tesi: Humanoid gait generation via MPC: Stability, robustness and extensions
Curriculum: Automatica
Supervisore: Giuseppe Oriolo
Dottori di ricerca ABRO 2019
Khaled AL KHUDIR
Tesi: Optimal redundancy control for robot manipulators
Curriculum: Automatica
Supervisore: Alessandro De
Luca
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Matilde BERTOLI
Tesi: Gait characterization using wearable inertial sensors in healthy and pathological populations
Curriculum: Bioingegneria
Supervisore: Ugo Della Croce
Stefano BERTULETTI
Tesi: Development and applications of an innovative wearable system based on Time-of-Flight technology for the measurement of the human movement
Curriculum: Bioingegneria
Emma COLAMARINO
Tesi: Implementing physiologically-based approaches to improve Brain-Computer Interfaces usability in post-stroke motor rehabilitation
Curriculum: Bioingegneria
Supervisore: Febo Cincotti
Daniele DE SIMONE
Tesi: A framework for safe human-humanoid coexistence
Curriculum: Automatica
Supervisore: Giuseppe Oriolo
Marco FERRO
Tesi: Vision-based methods for state estimation and control or robotic systems with application to mobile and surgical robots
Curriculum: Automatica
Supervisore: Marilena Vendittelli
Robinson GUACHI
Tesi: Nonlinear effects in finite element analysis of colorectal surgical clamping
Curriculum: Bioingegneria
Supervisore: Febo Cincotti
Marianna INGLESE
Tesi: Advanced perfusion quantification methods for dynamic PET and MRI data modelling
Curriculum: Bioingegneria
Supervisore: Febo Cincotti
Federico LISI
Tesi: Artificial intelligence based multi agent control system
Curriculum: Automatica
Supervisore: Francesco Delli Priscoli
Ludovica MACCARRONE
Tesi: A new mixed-integer modeling approach for capacity-constrained continuous-time scheduling problems
Curriculum: Ricerca Operativa
Supervisore: Stefano Lucidi
Matteo MEKHAIL
Tesi: Distributed estimation for nonlinear systems
Curriculum: Automatica
Supervisore: Stefano Battilotti
Anna MELCHIORI
Tesi: Dynamic flow problems with bounded number of paths: Models, algorithms and applications
Curriculum: Ricerca Operativa
Supervisore: Antonino Sgalambro
Marco VIOLA
Tesi: Gradient-based methods with subspace acceleration for quadratic programming problems and applications
Curriculum: Ricerca Operativa
Supervisore: Massimo Roma
Dottori di ricerca ABRO 2018
Lavinia AMOROSI
Tesi: Bi-criteria network optimization: problems and algorithms
Curriculum: Ricerca Operativa
Supervisore: Paolo Dell'Olmo
Alessandra ANZOLIN
Tesi: Statistical causality in the EEG for the study of cognitive functions in healthy and pathological brains
Curriculum: Bioingegneria
Supervisore: Laura Astolfi
Gabriele BUONDONNO
Tesi: Numerical Solutions for design and dynamic control of compliant robots
Curriculum: Automatica
Supervisore: Alessandro De Luca
Andrea CALICIOTTI
Tesi: Advances in large scale unconstrained optimization: Novel preconditioning strategies for Nonlinear Conjugate Gradient methods and new developments in Newton-Krylov methods
Curriculum: Ricerca Operativa
Supervisore: Massimo Roma
Stefano CASCHERA
Tesi: Analysis and modeling of the EEG activity and connectivity in post-stroke conditions
Curriculum: Bioingegneria
Supervisore: Laura Astolfi
Federico CIMORELLI
Tesi: SDN workload balancing and QoE control in next generation network infrastructures
Curriculum: Automatica
Supervisore: Francesco Delli Priscoli
Nicolò GIONFRA
Tesi: Stratégies de commande distribuée pour l’optimisation de la production des fermes éoliennes
Curriculum: Automatica
Supervisore: Salvatore Monaco
Marwa HASSAN
Tesi: Nonlinear and sampled data control with application to power systems
Curriculum: Automatica
Supervisore: Salvatore Monaco
Lorenzo RICCIARDI CELSI
Tesi: Nonlinear multi-agent control with application to networked systems
Curriculum: Automatica
Supervisore: Salvatore Monaco