To solve the problem of high traffic accident rates in freeway work zones, an in-depth analysis of freeway work zone scenes under an autonomous driving environment was conducted, and traffic conflicts … [Read more...] about Simulation Study of Freeway Work Zone Scenes for Autonomous Driving Using Simulink and PreScan
Lane changing
Vehicle Collision Risk Assessment Method in Highway Work Zone Based on Trajectory Data
This study aims to evaluate vehicle safety in highway work zones by analyzing collision risk using vehicle trajectory data collected from these zones. First, vehicle movement within the work zone is … [Read more...] about Vehicle Collision Risk Assessment Method in Highway Work Zone Based on Trajectory Data
Reducing Liability in Urban Work Zones by Quantifying Risks and Enhancing Layout Design and Regulations
Few researchers have investigated work zone layout design, noting that it does not adequately mitigate the risks associated with lane-changing behaviors. This gap may create unsafe conditions and … [Read more...] about Reducing Liability in Urban Work Zones by Quantifying Risks and Enhancing Layout Design and Regulations
Integrating Vehicle-to-Infrastructure Communication for Safer Lane Changes in Smart Work Zones
As transportation systems evolve, ensuring safe and efficient mobility in Intelligent Transportation Systems remains a priority. Work zones, in particular, pose significant safety challenges due to … [Read more...] about Integrating Vehicle-to-Infrastructure Communication for Safer Lane Changes in Smart Work Zones
An Integrated Lane Change Control Method for Freeway Segments With Lane Drop in a Connected Mixed Traffic Environment
Segment with lane drops are very important in freeway systems since they are major constrains to traffic flow and safety. The frequency of capacity reductions and higher safety risks is proportional … [Read more...] about An Integrated Lane Change Control Method for Freeway Segments With Lane Drop in a Connected Mixed Traffic Environment
Lane-Change Response to Infrastructure Warning About Lane Closure in a Mixed Vehicle Fleet
Fostering the safe and efficient operation of road networks that include vehicles equipped with SAE International® Level 3™ (L3) automation and a cooperative automated driving system (C-ADS) requires … [Read more...] about Lane-Change Response to Infrastructure Warning About Lane Closure in a Mixed Vehicle Fleet