Connected and automated vehicles (CAVs) leverage emerging vehicle connectivity and
automation technologies to enhance traffic safety. Extensive research has been done to …

The purpose of this study was to explore factors affecting users' acceptance of automated
vehicles (AVs, Level 3). A theoretical acceptance model was proposed by extending the …

As the desire for deploying automated (“driverless”) vehicles increases, there is a need to
understand how they might communicate with other road users in a mixed traffic, urban …

This study gathered empirical evidence on adoption patterns of self-driving vehicles,
people's likely use of them, and how that might influence amount of travel, mode choice …

Automated vehicles (AV) will be integrated into mixed traffic environments in the near future.
As human road users have established elaborated interaction strategies to coordinate their …

Sooner than later, the growing development of Autonomous Vehicles (AVs) will represent
not only an imminent transformation of transportation dynamics, but also further advantages …

Several mobility-related issues persist in and around urban areas. Autonomous vehicles
promise substantial environmental, safety, and economic benefits but may also cause …

Advancements in technology are bringing automated vehicles (AVs) closer to wider
deployment. However, in the early phases of their deployment, AVs will coexist and …

While automated vehicle (AV) development continues to progress rapidly, how the public
will accept and adopt automated vehicles remains an open question. Using extensive …

Autonomous vehicles (AVs) are undergoing rapid worldwide development. They will only
become a success if they are accepted by their users. Therefore, there is a need for user …