The laboratory can assign theses about: 3D graphics, acquisition software, driver parameters (psychology and modelling), simulation software, transportation (survey and modelling), and vehicle onboard devices.
Master Theses
- Pratyush Dadhich, Integrating 5G technology in the vehicle HMI design to increase the safety, Tutor: G. Caruso, (2021)
- Mohammad Kia Yousefi, Investigating the behaviour of virtual drivers and finding an optimal setting to represent real drivers’ behaviour, Tutor: G. Caruso, L. Mussone (2021)
- Weijian Xu, Control Algorithm Based on Tyre Magic Formula and PID Controller for Steering Systems of Vehicle Simulators, Tutor: G. Caruso, (2020)
- Luca Villa, “Autonomous vehicle control through machine learning algorithms”, laurea magistrale in ingegneria meccanica, relatore Francesco Braghin, correlatore Stefano Arrigoni, 19/04/2018.
- Francesco Rechichi, “Design of a driving simulator suitable for the comfort evaluation of agricultural tractors”, Tesi, M.Sc in Ingegneria Meccanica, Tutor: G. Caruso, 28/04/2017
- Yuan Shi, “Fragrances to rise attention during driving”, Thesis, M.Sc in Design, Tutor: M. Bordegoni
- Alessandro Saffioti, “Analisi dello stile di Guida veicolare e delle emissioni di CO2”, Tesi, M.Sc in Ingegneria Meccanica, Tutor: G. Caruso, 28/07/2016
- Alessandro Gabrielli, “I.DRIVE: Progetto e sviluppo di un data logger multisensoriale per studi di interazione veicolo conducente”, Laurea Magistrale in Ingegneria Informatica, Relatore Matteo Matteucci, 18/12/2015
- Iacopo Galimberti, “I.DRIVE: Acquisizione e analisi di parametri fisiologici per studi di interazione veicolo conducente (temporaneo)”, Laurea Magistrale in Ingegneria Informatica, Relatore Matteo Matteucci
PHD Theses
- Huimin Zhao, “HMIs for Modern Transportation: Advanced Design and Evaluation Methods”, PhD in Mechanical Engineering, Supervisor: G. Caruso
- Ming Yan, “User Acceptance Implications for Human-Machine Interfaces in Shared Autonomous Vehicles”, PhD in Design, co-supervisor: G. Caruso
- Dedy Ariansyah, “Virtual Reality Driving Simulator for analysis of driving behaviour”, PhD in Mechanical Engineering, Supervisor: M. Bordegoni
- Ding Wiebin, “Wearable Olfactory Display for Multisensory Interaction”, PhD in Mechanical Engineering, Supervisor: M. Bordegoni
- Yuan Shi, “Users’ behavior studies for improving driving safety,
comfort and experience”, PhD in Mechanical Engineering, Supervisor: M. Bordegoni