With the development of autonomous driving and vehicle-to-infrastructure technologies,
connected automated vehicles (CAVs) will gradually replace human-driven vehicles (HDVs) …

The stability of traffic flow reflects the ability to resist traffic perturbation and reveals the
formation mechanism of congestion in a non-bottleneck link. To study the stability of mixed …

Stability analysis of mixed traffic flow consisting of both connected automated vehicles
(CAVs) and regular vehicles (RVs) remains a challenging problem, particularly during the …

With the development of connected automated vehicles (CAVs) technologies, traffic flow on
the road is converting into the heterogeneous traffic flow, which consists of CAVs and human …

With the development of automated driving and communication technologies, the connected
automated vehicles (CAVs) gradually enter market and become more popular. At the same …

The connected automated vehicle platoon is a critical organizational form of the intelligent
transportation system in the future. Considering the platoon size and intensity of connected …

With the development of Connected Autonomous Vehicle (CAV), there will be a long-term
heterogeneous traffic flow composed of Manual Vehicles (MVs) and CAVs on the road …

This paper aims at investigating an integrated intelligent driver model and its linear stability
analysis for mixed traffic flow based on a microscopic traffic model, integrating a Markov …

With the popularization of autonomous vehicle (AV) technology, mixed traffic flows that
consist of AVs and human‐driven vehicles (HDVs) will appear in the real world. Although …

With the development of connected automated vehicles (CAVs), traffic flow on the road is
generally mixed with human-driven vehicles (HDVs) and CAVs. In this paper, the full velocity …