In this study a driving simulator was used to determine changes in mental effort in response to manipulations of steering demand. Changes in mental effort were assessed by using subjective effort ratings, physiology, and the standard deviation of the lateral position. Steering demand was increased by exposure to narrow lane widths and high density oncoming traffic while speed was fixed in all conditions to prevent a compensatory reaction. Results indicated that both steering demand factors influence mental effort expenditure and using multiple measures contributes to effort assessment. Application of these outcomes for adaptive automation is envisaged. (C) 2010 Elsevier Ltd. All rights reserved.</p
The lane keeping assistance system, a representative advanced driver assistance system, comprises a ...
Drivers play a significant role in causing serious accidents, which underscores the need for further...
BackgroundAutomated driving is often proposed as a solution to human errors. However, fully automate...
In this study a driving simulator was used to determine changes in mental effort in response to mani...
In this study a driving simulator was used to determine changes in mental effort in response to mani...
Click on the DOI link to access the article (may not be free).Objective: A pair of simulated driving...
Cognitive distractions while driving often reduce the variability of lane position. However, data do...
Presented to the 10th Annual Symposium on Graduate Research and Scholarly Projects (GRASP) held at ...
Previous work has shown that drivers engaged in concurrent cognitive tasks exhibit some adaptive beh...
grantor: University of TorontoDriver's attention is a dynamic process which is dependent o...
The influence of driver distraction on driving performance is not yet well understood, but it can ha...
Previous research shows that drivers of automated vehicles are likely to engage in visually demandin...
AbstractEstimations of parameter values of car-following models show considerable differences betwee...
Estimations of parameter values of car-following models show considerable differences between indivi...
An award-winning poster project completed at the Wichita State University Department of Psychology. ...
The lane keeping assistance system, a representative advanced driver assistance system, comprises a ...
Drivers play a significant role in causing serious accidents, which underscores the need for further...
BackgroundAutomated driving is often proposed as a solution to human errors. However, fully automate...
In this study a driving simulator was used to determine changes in mental effort in response to mani...
In this study a driving simulator was used to determine changes in mental effort in response to mani...
Click on the DOI link to access the article (may not be free).Objective: A pair of simulated driving...
Cognitive distractions while driving often reduce the variability of lane position. However, data do...
Presented to the 10th Annual Symposium on Graduate Research and Scholarly Projects (GRASP) held at ...
Previous work has shown that drivers engaged in concurrent cognitive tasks exhibit some adaptive beh...
grantor: University of TorontoDriver's attention is a dynamic process which is dependent o...
The influence of driver distraction on driving performance is not yet well understood, but it can ha...
Previous research shows that drivers of automated vehicles are likely to engage in visually demandin...
AbstractEstimations of parameter values of car-following models show considerable differences betwee...
Estimations of parameter values of car-following models show considerable differences between indivi...
An award-winning poster project completed at the Wichita State University Department of Psychology. ...
The lane keeping assistance system, a representative advanced driver assistance system, comprises a ...
Drivers play a significant role in causing serious accidents, which underscores the need for further...
BackgroundAutomated driving is often proposed as a solution to human errors. However, fully automate...