The connected autonomous vehicle (CAV) is the most significant breakthrough in the
automobile industry since the wide adoption of automobiles as a mode of transportation …

The use of connected autonomous vehicles (CAVs) can help reduce the gaps between
vehicles. However, smaller gaps may cause challenges for on-ramp vehicles to merge on …

This study evaluates different proposed merging solutions that reduce the conflict between
merging vehicles and mainline traffic within a mixed traffic environment using a safety …

Frequent merging, overtaking, and lane-changing behaviors at freeway on-ramp areas
usually cause traffic bottlenecks with low efficiency and significant safety concerns …

Merging areas on freeways are primary locations for bottlenecks due to vehicles' mandatory
lateral conflicts. These critical conflicts, however, are potentially avoidable with Connected …

In the future, Human Driven Vehicles (HDV's) are expected to interact with Automated
Vehicles (AV's) and Connected AV's (CAV's). Due to the differences in the expected driving …

Freeway on-ramps are typical bottlenecks in the freeway network, where the merging
maneuvers of ramp vehicles impose frequent disturbances on the traffic flow and cause …

Introduction: The safe freeway merging operation for fully Autonomous Vehicles (AVs) in
mixed traffic (ie, the presence of AVs and non-AVs in a traffic stream) is a challenging task …

Forced merge behavior on freeway merging areas is a major cause of traffic conflicts.
Intelligent transportation systems can provide the possibility of information interaction and …

Traffic bottleneck is frequently generated near the freeway on-ramp due to the merging
behaviour of vehicles. Given the technology advance of connected and automated vehicles …