Though widespread monitoring of driver states and behaviors appears to be imminent,
research on perceived acceptability of driver state monitoring has lagged behind research …

Though widespread monitoring of driver states and behaviors appears to be imminent,
research on perceived acceptability of driver state monitoring has lagged behind research …

This study aims to identify preliminary acceptance and usability goals of a Driver State
Monitoring (DSM) system. To demonstrate willingness within a user group to employ DSM …

Driver monitoring, whether accompanying vehicle automation or not, appears poised for
wide deployment in the near future. Driver monitoring is itself a form of automation (often …

Driver state monitoring (DSM) systems aim to measure driver/occupant state, considering
factors such as fatigue, workload, attentiveness, and wellbeing. They are influential for some …

Driver monitoring systems (DMS) are a new form of advanced vehicle safety technology that
rely on the collection of a combination or subset of behavioural, physiological and ocular …

With vehicle automation becoming more commonplace, the role of the human driver is
shifting from that of system operator to that of system supervisor. With this shift comes the risk …

This study addresses issues concerning the design of adverse condition warning systems
(ACWS). An ACWS was designed to sense when a car was likely to skid. Through the use of …

With the driver responsibilities that are required to safely operate ADAS driving systems, it is
critical that users understand the capabilities and limitations of these systems. The present …

Automated driving systems (ADSs) present several challenges to the existing regulatory
framework for road vehicles at both the national and the state level. NHTSA has been …