Lane changing behavior, a pivotal aspect of vehicular dynamics, significantly influences traffic flow, safety, and overall road network efficiency. This review article synthesizes the current body of … [Read more...] about Exploring Lane Changing Dynamics: A Comprehensive Review of Modeling Approaches, Traffic Impacts, and Future Directions in Traffic Engineering Research
Driver Performance
Driver Preference Regarding Merging Strategies at Work Zones
Merging at work zones with lane closures is associated with delays and conflicts that often result in crashes. To minimize these undesirable effects of merging, researchers have studied and evaluated … [Read more...] about Driver Preference Regarding Merging Strategies at Work Zones
Effects of Work Zone Infrastructure on Transitioning From Automated to Manual Driving for Work Zones With Lane Reductions
This study explored the impact of work zone infrastructure on driver response when transitioning vehicle control from SAE International (SAE) Level 2 automation to the human driver (SAE 2014). Study … [Read more...] about Effects of Work Zone Infrastructure on Transitioning From Automated to Manual Driving for Work Zones With Lane Reductions
Effectiveness of Lighted Work Zone Apparel: Effects on Visibility
The goal of this study is to evaluate effectiveness of lighted work zone apparel under realistic conditions. More specifically, the goal is to compare the effectiveness of various kinds of lighted … [Read more...] about Effectiveness of Lighted Work Zone Apparel: Effects on Visibility
Effects of Cooperative Vehicle Infrastructure System on Driver’s Visual and Driving Performance Based on Cognition Process
This study explores the influence of cooperative vehicle infrastructure system (CVIS) on the driver’s visual and driving performance. Taking the work zone as an example, a driving simulation … [Read more...] about Effects of Cooperative Vehicle Infrastructure System on Driver’s Visual and Driving Performance Based on Cognition Process
A Simulation Study of Passing Drivers’ Responses to the Automated Truck-Mounted Attenuator System in Road Maintenance
The Autonomous Truck-Mounted Attenuator (ATMA) system is a lead-follower vehicle system based on autonomous driving and connected vehicle technologies. The lead truck performs maintenance tasks on the … [Read more...] about A Simulation Study of Passing Drivers’ Responses to the Automated Truck-Mounted Attenuator System in Road Maintenance