As the automotive industry moves toward the car of the future, technology companies are
develo** cutting-edge systems, in vehicle and out, that aim to make driving safer, more …

Over the last 100 years it has become much easier to operate a car. However in recent years
the number of functions a user can control while driving has greatly increased. Infotainment …

High-fidelity driving simulators can act as testbeds for designing in-vehicle interfaces or
validating the safety of novel driver assistance features. In this system paper, we develop …

Mixed Reality is moving out of the research-labs into our daily lives. It plays an increasing
role in architecture, design and construction. The combination of digital content with reality …

Most car accidents occur due to longitudinal collisions or lane departure. We assume that
the number of such accidents can be reduced, if the driver knows more precisely, where the …

This paper reviews the evolution of driver displays, focusing on the transition to Augmented
Reality Heads-Up Display (AR HUD) in vehicles. It compares AR HUD with traditional HUD …

In cars, augmented reality is becoming an interesting means to enhance active safety in the
driving task. Guiding a driver's attention to an imminent danger somewhere around the car is …

It has been established that head-down displays (HDDs), such as those commonly placed in
the dashboard of commercial automobiles, negatively affect drivers' visual attention [1]. This …

Advances in microelectronics and embedded systems technology have accelerated the
evolution of Driver Assistance Systems towards more driving safety, comfort, entertainment …

Mid-air haptic technology works by focusing ultrasonic radiation pressures onto the user's
bare hands, thereby delivering a localized vibrotactile effect. Advanced spatial and temporal …