Intelligent agents are expected to become major computing systems in the near future. In-
vehicle agents (IVAs) can be widely adopted and utilized in a driving environment. Despite …

Automotive user interfaces constantly change due to increasing automation, novel features,
additional applications, and user demands. While in-vehicle interaction can utilize numerous …

Bringing AI technology into clinical practice has proved challenging for system designers
and medical professionals alike. The academic literature has, for example, highlighted the …

Recognising that one of the aims of conversation is to build, maintain and strengthen
positive relationships with others, the study explores whether passengers in an autonomous …

Driving agents can provide an effective solution to improve drivers' trust in and to manage
interactions with autonomous vehicles. Research has focused on voice-agents, while few …

Capabilities for automated driving system (ADS)-equipped vehicles have been expanding
over the past decade. Research has explored integrating augmented reality (AR) interfaces …

Voice assistants have sharply risen in popularity in recent years, but their use has been
limited mostly to simple applications like music, hands-free search, or control of internet-of …

Designed to improve human–machine interactions, virtual agents and particularly virtual
assistants (VAs) are spreading in our daily lives. Presenting a very wide variety of …

Only a few works so far have addressed functional specificity for trust formation in automated
driving. Previous research indicated that drivers could hardly distinguish between sub …

Maintaining a complex system, such as a modern production line, is a knowledge-intensive
task. Many firms use maintenance reports as a decision support tool. However, reports are …