In this paper, we investigate the influence of the maximum platoon size of connected
automated vehicles (CAVs) on the traffic safety of traffic flow mixed with human-driven …

In the initial period of automobile development, the vast majority of researchers would never
have guessed network communications would be applied to vehicles one day. After the …

The connected vehicle (CV) that integrates vehicle intelligence and communication network
technology is one of the main methods to approach intelligent transportation, which is of …

Cooperative adaptive cruise control (CACC) is a promising technology for improving the
capacity and energy efficiency of the ground transportation system. In this article, a novel …

The control goal of the vehicle platoon is to maintain the same speed and desired distance.
Most current studies are based on simplified vehicle models, and the leader's state is also …

In this paper, we investigate a fifth generation cellular vehicle-to-everything based platoon
system and propose low-complexity dynamic manager selection and resource allocation …

For platooning applications, vehicles in a platoon require timely and reliable delivery of road-
safety information in order to maintain the stable operation of the platoon. Intra-platoon …

Traffic congestion in ramp merge areas, which are bottleneck areas in freeway systems, has
been alleviated by traditional research methods. However, with the maturation of …

Vehicle-to-vehicle (V2V)-enabled platooning is a promising application for future intelligent
transportation systems. V2V communications allow real-time sharing of vehicle status …

Vehicle platoons can significantly improve traffic throughput and reduce fuel consumption
and emissions. In the formation of platoons, it is crucial to generate safe merging gaps. This …