Intelligent vehicles passing through intersections in platoons have the potential to reduce
speed fluctuations and improve traffic efficiency. This paper centers on the cooperative …

Many studies and real-world experiments have demonstrated the potential ability of
connected and autonomous vehicles (CAVs) platooning to improve fuel efficiency and …

Platooning has recently been the focus of many researchers from academia and industry
due to the positive impacts it has shown on the highway traffic, such as road capacity …

The use of microprocessor-based traffic signal controllers introduced in the 1960s has
allowed for the development of many new strategies to make traffic signal systems more …

This two-part paper presents a new approach to stochastic dynamic modeling for vehicle
platoons. Part I develops a vehicle platoon model to capture the dynamics of vehicles' …

Platooning has emerged to be one of the most promising applications for connected and
automated vehicles (CAVs). However, there is still limited research on the effect of …

This paper discusses a new analytical lane-based method for determining platoon patterns
at closely-spaced signalised intersections. The method has been developed for the SIDRA …

Platooning is generally known as a control method for driving a group of connected and
automated vehicles in motorway context. Nevertheless, platoon control might also work on …

Vehicle platooning, a coordinated vehicle movement strategy, has been proposed to
address a range of current transport challenges such as traffic congestion, road safety …

Increasing attention is being paid to intersection signal control with cooperative platoons.
Assuming platoons being formed, such platoons cannot only improve the intersection …