The automotive industry has recently made first steps towards implementation of automated
driving, by introducing lateral control as addition to longitudinal control (ie ACC). This …

The role and respective tasks of human drivers are changing due to the introduction of
automation in driving. Full automation, where the driver is only a passenger, is still far-off …

Recent technological developments have shown a transition from informative driving
support systems to more automated vehicles. Although automated vehicles are designed to …

Designing safe and effective systems for control transitions between human and vehicle is a
difficult task, due to increased reaction times and potentially inattentive drivers. In order to …

While there is significant potential for driving automation to increase traffic safety and
enhance comfort, it is important that these systems are designed in such a way that drivers …

The automotive industry is rapidly developing driving automation systems (DAS) with the
aim of supporting drivers through automation of longitudinal and lateral vehicle control. As …

The technological development in recent years is currently reflected in the implementation of
more and more advanced driver assistance systems (ADAS). A clear example is found in the …

Automated automobiles will be on our roads within the next decade but the role of the driver
has not yet been formerly recognised or designed. Rather, the driver is often left in a passive …

In the area of automotive user interface research, a lot has changed during the last years
and since the last it–Information Technology special issue on automotive user interfaces in …

In this paper we focus on manual-to-automation and automation-to-manual transition
scenarios in highway driving and the design of the instrument cluster (IC) in particular. Two …