Mobility is at the heart of our society and a component of our everyday life. However, our
current mobility paradigm has been reaching a tipping point, and it is criticised for no longer …

Automated driving, along with other mobility innovations, is expected to entail socio-
technical changes in mobility systems. Automated vehicles and, more specifically …

The AVENUE sustainability assessment integrates the environmental, economic and social
assessment of the pilot trials of AVENUE. A step further, it adopts an interdisciplinary …

Our current mobility paradigm has reached a tipping point. Individual mobility, based on
cheap fossil fuel and high CO 2 emissions no longer meet the needs posed by a globally …

The AVENUE project, part of European Horizon 2020, investigated the integration of
automated vehicles (AVs) into public transport across Europe, focusing on improving …

Smart mobility is poised to cause a socio-economic transition of transportation systems in
cities (Garau et al., 2016; Lyons, 2018). As part of this transition, Automated Vehicles (AV) …

The arrival of new technologies and innovations on mobility, such as automated vehicles,
creates opportunities to tackle urban challenges. The evaluation of the impacts of these …

This chapter contains the final stakeholder analysis. It showcases the key actors involved in
testing and deploying automated minibuses for public transport in European cities. This …

Automated vehicles (AV) will play a crucial role in mobility transitions. Yet, the actual
contribution of AV depends on their mode of deployment and integration with other means of …

This chapter provides a comprehensive analysis of the economic and environmental
externalities associated with the use of automated minibuses in public transport, using a …