This study presents the results and implementation strategies on the deployment of smart work zone equipment. A smart arrow board in combination with location beacons were tested … [Read more...] about Piloting Smart Work Zone Technologies to Provide Real-Time Lane Closure Information to Improve Oregon Highway Safety and Mobility
Using ITS in Work Zones
Autonomous Truck Mounted Attenuator (ATMA) Toolkit
The Colorado Department of Transportation Autonomous Truck Mounted Attenuator (ATMA) Toolkit is a practitioner-oriented guidance document that provides comprehensive direction for planning, testing, … [Read more...] about Autonomous Truck Mounted Attenuator (ATMA) Toolkit
Modeling Drivers in Route Diversion Behavior During Congestion: A Pilot Study
This study investigates factors influencing drivers' decisions to divert their routes in response to congestion and delays on coastal road networks. Key variables examined include information-seeking … [Read more...] about Modeling Drivers in Route Diversion Behavior During Congestion: A Pilot Study
FDOT’s 2025 SWIFTT Challenge Highlights Connected and Digital Technologies for Work Zone Safety
The Florida Department of Transportation’s 2025 SWIFTT Challenge, held in Orlando alongside an Associated Contractors of America Florida event, showcased emerging technologies designed to improve … [Read more...] about FDOT’s 2025 SWIFTT Challenge Highlights Connected and Digital Technologies for Work Zone Safety
Enhancing Autonomous Vehicle Decision-Making in Construction Zones Using Construction Signage Recognition and Vehicle Trajectory Tracking Algorithms
Autonomous vehicles have increasingly become a trend in transportation owing to the development of deep learning technologies. However, autonomous vehicle systems are mainly applied in specific … [Read more...] about Enhancing Autonomous Vehicle Decision-Making in Construction Zones Using Construction Signage Recognition and Vehicle Trajectory Tracking Algorithms
Impact of HMI on Driver Behavior and Safety in Rural Work Zones: A Naturalistic Driving Approach
With the rapid development of vehicle-to-everything technology, human–machine interaction (HMI) systems are increasingly used in driving. This study investigates the impact of HMI technology on … [Read more...] about Impact of HMI on Driver Behavior and Safety in Rural Work Zones: A Naturalistic Driving Approach