The objective of this study is to evaluate the effects of auditory warning characteristics from a
forward collision alert system on drivers' avoidance behavior. A driving simulator study was …

Objective: A driving simulator was used to compare the effectiveness of increasing intensity
(looming) auditory warning signals with other types of auditory warnings. Background …

Warning timing and how drivers with and without forward collision warning (FCW) systems
react when distracted at the moment a stationary vehicle is revealed directly ahead were …

Objective The present study investigated the design of spatially oriented auditory collision-
warning signals to facilitate drivers' responses to potential collisions. Background Prior …

Intersection collision warning systems (ICWSs) have an important impact on driving safety
because making the potential collision at intersection predictable, allow reducing the …

Objective: This study examined the effectiveness of rear-end collision warnings presented in
different sensory modalities as a function of warning timing in a driving simulator …

This study examined the impact of semantic and acoustics parameters of in-vehicle collision
warning system (CWS) alarms on driver response. Thirty participants drove a simulated …

There is usually a high red-light running (RLR) collision rate at signalized intersections
because of the unpredictability of dangerous RLR vehicles traversing intersections illegally …

Collision warning systems have been identified as an effective technique for avoiding
accidents. In such a system, the delivery time of warning messages is a crucial factor that …

Objective: To explore how a single master alarm system affects drivers' responses when
compared with multiple, distinct warnings. Background: Advanced driver warning systems …