Autonomous vehicles use sensors and artificial intelligence to drive themselves. Surveys indicate that people are fascinated by the idea of autonomous driving, but are hesitant to relinquish control of the vehicle. Lack of trust seems to be the core reason for these concerns. In order to address this, an intelligent agent approach was implemented, as it has been argued that human traits increase trust in interfaces. Where other approaches mainly use anthropomorphism to shape appearances, the current approach uses anthropomorphism to shape the interaction, applying Gricean maxims (i.e., guidelines for effective conversation). The contribution of this approach was tested in a simulator that employed both a graphical and a conversational user ...
Technological advances have accelerated the development of autonomous vehicles and fully autonomous ...
We investigate the usability of humanlike agent-based interfaces for interactive advice-giving syste...
Modern-day technologies are capable of introducing intelligent automation in vehicles, ultimately le...
Autonomous vehicles use sensors and artificial intelligence to drive themselves. Surveys indicate th...
Autonomous vehicles use sensors and artificial intelligence to drive themselves. Surveys indicate th...
\u3cp\u3eTrust is an essential condition for accepting and relying on autonomous vehicles. One of th...
Sophisticated technology is increasingly replacing human minds to perform complicated tasks in domai...
This thesis presents the exploration of two interfaces for autonomous vehicles. Autonomous vehicles ...
Trust has been identified as a major factor in relation to user acceptance of Highly Automated Vehic...
Robots are increasingly deployed in spaces shared with humans, including home settings and industria...
Shared autonomous vehicles (SAVs) are revolutionizing the future of urban mobility. This study aims ...
This thesis work was devoted to exploring the usage of two technologies that will eventually transfo...
As vehicle driving evolves from human-controlled to autonomous, human–machine interaction ensures in...
International audienceDesigning trust-based in-car interfaces is critical for the adoption of self-d...
Technological advances have accelerated the development of autonomous vehicles and fully autonomous ...
We investigate the usability of humanlike agent-based interfaces for interactive advice-giving syste...
Modern-day technologies are capable of introducing intelligent automation in vehicles, ultimately le...
Autonomous vehicles use sensors and artificial intelligence to drive themselves. Surveys indicate th...
Autonomous vehicles use sensors and artificial intelligence to drive themselves. Surveys indicate th...
\u3cp\u3eTrust is an essential condition for accepting and relying on autonomous vehicles. One of th...
Sophisticated technology is increasingly replacing human minds to perform complicated tasks in domai...
This thesis presents the exploration of two interfaces for autonomous vehicles. Autonomous vehicles ...
Trust has been identified as a major factor in relation to user acceptance of Highly Automated Vehic...
Robots are increasingly deployed in spaces shared with humans, including home settings and industria...
Shared autonomous vehicles (SAVs) are revolutionizing the future of urban mobility. This study aims ...
This thesis work was devoted to exploring the usage of two technologies that will eventually transfo...
As vehicle driving evolves from human-controlled to autonomous, human–machine interaction ensures in...
International audienceDesigning trust-based in-car interfaces is critical for the adoption of self-d...
Technological advances have accelerated the development of autonomous vehicles and fully autonomous ...
We investigate the usability of humanlike agent-based interfaces for interactive advice-giving syste...
Modern-day technologies are capable of introducing intelligent automation in vehicles, ultimately le...