综述了智能网联汽车(ICV) 技术的发展现状及趋势. ICV 的体系架构包括价值链,
技术链与产业链. ICV 的4 个发展阶段是: 自主式驾驶辅助, 网联式驾驶辅助, 人机共驾 …

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 …

Connected Vehicles (CV) equipped with a Speed Advisory System (SAS) can obtain and
utilize upcoming traffic signal information to manage their speed in advance, lower fuel …

The development of high-definition (HD) maps has enabled predictive cruise control (PCC)
systems to access additional road and traffic information. This study provides a novel control …

We study the traffic signal control problem with connected vehicles by assuming a fixed
cycle length so that the proposed model can be extended readily for the coordination of …

This study investigates the effect of connected automated vehicles (CAVs) platoon
characteristics on the fundamental diagram under mixed traffic flow. First, a new platoon …

Eco-driving through multiple intersections can have significant fuel benefit for road
transportation. Many existing studies assume that a vehicle runs at a constant speed …

Eco-driving through multiple intersections has significant fuel benefit for road transportation.
Most existing studies assume that vehicles travel at a constant speed between intersections …

Fuel consumption of fossil-based road vehicles is significantly affected by the way vehicles
are driven. The same is true for automated vehicles with longitudinal control. This paper …

It is a common traffic phenomenon for vehicles to form a platoon to pass through
intersections. This paper presents efforts to investigate the fuel saving potential of an …