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. Drivers experienced four warning conditions: no warning, visual, auditory, and tactile. The warnings activated when the time-to-collision (TTC) reached a critical value of 3.0 or 5.0 s TTC. Driver reaction time (RT) was captured from the time the driver crossed the warning activation threshold to brake initiation. Mean driver RT data showed that the tactile warning significantly outperformed the visual warning, providing support for tactile displays as effective rear-end collision warnings
Brake Reaction Time (BRT) is an important parameter for road safety. Previous research has shown tha...
This study was designed to investigate the possibility that driver responses to potential front-to-r...
Research has revealed that when drivers are presented with an informative tactile collision warning...
This study examined the effectiveness of rear-end collision warnings presented in different sensory ...
Objective: This study examined the effectiveness of rear-end collision warnings pre-sented in differ...
Recent research demonstrates that auditory and vibrotactile forward collision warnings presenting a ...
In an automated car, users can fully engage in a distractor task, making it a primary task. Compared...
Previous studies have investigated audio, visual and tactile driver warnings, indicating the importa...
OBJECTIVE: A driving simulator study was conducted in order to assess the relative utility of unimod...
Objective: A driving simulator study was conducted in order to assess the relative utility of unimod...
This study was designed to investigate the possibility that driver responses to potential front-to-r...
The potential value of a front-to-rear-end collision warning system based on factors of driver behav...
Previous studies have evaluated Audio, Visual and Tactile warnings for drivers, highlighting the imp...
There is usually a high red-light running (RLR) collision rate at signalized intersections because o...
Intersection collision warning systems (ICWSs) have an important impact on driving safety because ma...
Brake Reaction Time (BRT) is an important parameter for road safety. Previous research has shown tha...
This study was designed to investigate the possibility that driver responses to potential front-to-r...
Research has revealed that when drivers are presented with an informative tactile collision warning...
This study examined the effectiveness of rear-end collision warnings presented in different sensory ...
Objective: This study examined the effectiveness of rear-end collision warnings pre-sented in differ...
Recent research demonstrates that auditory and vibrotactile forward collision warnings presenting a ...
In an automated car, users can fully engage in a distractor task, making it a primary task. Compared...
Previous studies have investigated audio, visual and tactile driver warnings, indicating the importa...
OBJECTIVE: A driving simulator study was conducted in order to assess the relative utility of unimod...
Objective: A driving simulator study was conducted in order to assess the relative utility of unimod...
This study was designed to investigate the possibility that driver responses to potential front-to-r...
The potential value of a front-to-rear-end collision warning system based on factors of driver behav...
Previous studies have evaluated Audio, Visual and Tactile warnings for drivers, highlighting the imp...
There is usually a high red-light running (RLR) collision rate at signalized intersections because o...
Intersection collision warning systems (ICWSs) have an important impact on driving safety because ma...
Brake Reaction Time (BRT) is an important parameter for road safety. Previous research has shown tha...
This study was designed to investigate the possibility that driver responses to potential front-to-r...
Research has revealed that when drivers are presented with an informative tactile collision warning...