The use of wearable sensing devices (e.g., GPS and physiological sensors) can open a new door toward occupational safety and health management in physically demanding and hazardous construction (e.g., … [Read more...] about What Drives Construction Workers’ Acceptance of Wearable Technologies in the Workplace?: Indoor Localization and Wearable Health Devices for Occupational Safety and Health
Attitudes
User Perceptions of Automated Truck-Mounted Attenuators: Implications on Work Zone Safety
Objective: Automated Truck-Mounted Attenuators (ATMAs) have the potential to improve work zone safety by removing the human driver out of a vehicle that is positioned in work zones to absorb impact … [Read more...] about User Perceptions of Automated Truck-Mounted Attenuators: Implications on Work Zone Safety
Work Zone Simulator Analysis: Driver Performance and Acceptance of Missouri Alternate Lane Shift Configurations
The objective of this project is to evaluate MoDOT’s alternate lane shift sign configuration for work zones. The single sign proposed by MoDOT provides the traveler with enough information to let them … [Read more...] about Work Zone Simulator Analysis: Driver Performance and Acceptance of Missouri Alternate Lane Shift Configurations
Work Zone Simulator Analysis: Driver Performance and Acceptance of Alternate Merge Sign Configurations
Improving work zone road safety is an issue of great interest due to the high number of crashes observed in work zones. Departments of Transportation (DOTs) use a variety of methods to inform drivers … [Read more...] about Work Zone Simulator Analysis: Driver Performance and Acceptance of Alternate Merge Sign Configurations
Determining the Drivers’ Acceptance of EFTCD in Highway Work Zones
Traffic safety is a major concern in the temporary one-lane, two-way highway work zones due to the increasing of construction and maintenance operations. To prevent rear-end crashes and to mitigate … [Read more...] about Determining the Drivers’ Acceptance of EFTCD in Highway Work Zones