Road traffic will experience a transition towards a mixed traffic flow, consisting of both
autonomous vehicles (AVs) and human-driving vehicles (HVs), scenarios where HV drivers …

The past few years have been witness to an increase in autonomous vehicle (AV)
development and testing. However, even with a fully developed and comprehensively tested …

Despite numerous studies on general human–robot interactions, in the context of
transportation, automated vehicle (AV)–human driver interaction is not a well-studied …

Although mixed traffic, including both autonomous vehicles (AV) and human-driven vehicles
(HV), is expected to prevail in the foreseeable future, our current understanding of the …

Car-following behavior is the result of the interaction of various elements in the specific
driver-vehicle-environment aggregation. Under the intelligent and connected condition, the …

Research on autonomous vehicles has shown their high potential for reducing traffic
congestion and emissions, as well as improving road accessibility and driving safety …

In the foreseeable future, a complex heterogeneous traffic environment will emerge as
Connected and Autonomous Vehicles (CAVs) coexist with Human-driven Vehicles (HDVs) …

The emergence of connected and automated vehicles (CAVs) and advanced
communication technologies are believed to greatly alleviate traffic issues. However, it …

As the market penetration rate of automated vehicles (AVs) increases, there will be a
transition period when the traffic stream is composed of both AVs and human-driven …

The focus of car-following models is to analyze the microscopic characteristics of traffic
flows, with particular attention given to the interaction between adjacent vehicles. This paper …