The ultimate goal of advanced driver assistance systems (ADAS) is to increase road safety
and driving comfort. These systems help with monitoring, braking, and steering tasks and …

Advanced driver assistance systems with SAE Level 2 automated capabilities have entered
the vehicle marketplace. Such driving automation systems (DASs) have the potential to …

This retrospective cohort study uses survival analysis to estimate the effectiveness of Toyota
ADAS in helping prevent system-relevant crashes. Toyota production data were merged with …

Objective: Advanced driver assistance systems (ADAS) are a class of vehicle technologies
designed to increase safety by providing drivers with timely warnings and autonomously …

Objective: This special section brings together diverse research regarding driver interaction
with advanced automotive technology to guide design of increasingly automated vehicles …

Technologies designed to improve traffic safety by helping drivers avoid crashes are
becoming increasingly common in the US vehicle fleet. Some of these technologies provide …

Objective We examine the relationships between contemporary progress in on‐road vehicle
automation and its coherence with an envisioned “autopia”(automobile utopia) whereby the …

The development of automated driving systems presents a special challenge to the existing
regulatory regimes for road vehicles. Automated driving systems shift the responsibility for …

Driver assist technologies have reached the tipping point and are poised to take control of
most, if not all, aspects of the driving task. Proponents of automated driving (AD) are …

The introduction of semi-automated driving systems is expected to mitigate the safety
consequences of human error. Observational findings suggest that relinquishing control of …