Explanations in automated vehicles help passengers understand the vehicle's state and
capabilities, leading to increased trust in the technology. Specifically, for passengers of SAE …

Automotive user interface (AUI) evaluation becomes increasingly complex due to novel
interaction modalities, driving automation, heterogeneous data, and dynamic environmental …

Automated vehicles are expected to improve safety, mobility, and inclusion. User
acceptance is required for the successful introduction of this technology. One essential …

Automated vehicles are expected to substitute or even improve driver-driver communication,
for example, via LED strips or displays. Numerous situations exist where ambiguities have to …

We present DrivingVibe, which explores vibrotactile feedback designs around the head to
enhance VR driving motion experiences. We propose two approaches that use a 360 …

Infrastructure-mounted sensors that monitor roads can provide essential information for
manual drivers and automated vehicles, eg, positions of other vehicles occluded by …

Minor violations of traffic regulations are common today and partially socially accepted.
Automated vehicles (AVs), however, will be obliged to keep to the letter of the law. This can …

Automated vehicles will change the interaction with the user drastically. While freeing the
user of the driving task for most of the journey, the" final 100 meters problem'', directing the …

Drivers want to retain a sense of control when driving (partially) automated vehicles (AVs).
Future AVs will continue to offer the possibility to drive manually, potentially leading to …

Novel display technologies, such as lightfield displays, have become increasingly available.
In the automotive domain, these are already in use or are to be used in the future. However …