With the development of technology, platoons of intelligent and connected vehicles (ICVs)
will join regular vehicles on roads, and the characteristics of the traffic flow will change …

Car-following behavior modeling is of great importance for traffic simulation and analysis.
Considering the multi-steps decision-making process in human driving, we propose a …

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 …

This paper firstly shows that a recent model (Tian et al., Transpn. Res. B 71, 138–157, 2015)
is not able to replicate well the concave growth pattern of traffic oscillations (ie, the standard …

Car-following is a common driving behavior which has a significant effect on driver safety
and comfort. Although a large number of studies have focused on car-following models for …

Interest in calibration of car-following models by using real-life microscopic trajectory data is
increasing. However, more information is needed on the influence of methodological issues …

To mitigate traffic oscillations that usually sustainably propagate upstream, this paper
proposes a jam-absorption driving (JAD) strategy in the framework of Newell's car-following …

Response time (RT) is a critical human factor that influences traffic flow characteristics and
traffic safety, and is governed by drivers' decision-making behavior. Unlike the traditional …

Car-following model has important applications in traffic and safety engineering eg for traffic
simulation, Advance Vehicle Control and Safety System etc. A great deal of investigation …

In the area of active traffic management, new technologies provide opportunities to improve
the use of current infrastructure. Vehicles equipped with in-car communication systems are …