- A taxonomy of skills and knowledge for efficient autonomous vehicle operation
- Investigating the correlation of mobile phone use with trip characteristics recorded through smartphone sensors
- Benchmarking Analysis of Road Safety Levels for an Extensive and Representative Dataset of European Cities
- A comparative gap analysis for electromobility and alternative fuels
- Road users perception of driving fatigue
- The consequences of autonomous buses in traffic, safety and the environment for future mobility scenarios
- Evaluation and improvement of driver behavior and safety through mobile phone application
- International Experience in Environmental Pricing in Transportation
- The COVID-19 crisis as an opportunity for new mobility models: Athens Great Walk
Audrey Testaferrata de Noto has successfully defended his PhD dissertation titled: Driver Perception-Reaction Times in Level 3 Automated Vehicles. This PhD thesis was carried out at the Faculty for the Build Environment of the University of Malta under the supervision of NTUA Prof. George Yannis. The scope of the research was to establish the Perception-Reaction Time (PRT) of drivers in a simulated Level 3 vehicle and to examine the interdependency between the person-specific characteristics in relation to different scenarios featuring different in-vehicle distractions and different type of alerts and subsequently to compare these values with those of standard specifications used in road design in different countries for the calculation of Stopping Sight Distances (SSD). The results gave an average perception-reaction time of 4.23 seconds and showed that the younger age groups have lower PRTs for all scenarios than their older counterparts.