This study presents a fuel-economical driving strategy for connected and automated
vehicles (CAVs) and investigates its impacts on human-driven platoon's fuel efficiency …

The connected automated vehicles (CAVs) are envisioned to be implemented most likely on
electric vehicles, while traditional fuel-powered manually-driven vehicles (MVs) would …

This study aims to leverage the advances of connected automated vehicle (CAV) technology
to design an eco-driving and platooning system that can improve both fuel and operational …

In this paper, a comprehensive deterministic Eco-Driving strategy for Connected and
Autonomous Vehicles (CAVs) is presented. In this setup, multiple driving modes calculate …

The advancements in communication and sensing technologies can be exploited to assist
the drivers in making better decisions. In this paper, we consider the design of a real-time …

Mixed traffic flow is a prevalent phenomenon in the trend of connected automated vehicles
(CAVs), where a diverse set of road users, including cars, motorcycles, bicycles …

Cooperation of platooning vehicles enabled by eco-driving and connected and automated
technology has shown considerable potential in energy saving and traffic efficiency …

In urban areas, traffic signals cause unnecessary stops and delays to vehicles resulting in
excessive energy consumptions and emissions. The eco-approach technology has been …

Dynamic eco-driving is a well-known umbrella term describing speed control schemes that
utilize connected and automated vehicle technology for the purpose of saving fuel. If …

Purpose-This paper aims to present a cooperative adaptive cruise control, called stable
smart driving model (SSDM), for connected and autonomous vehicles (CAVs) in mixed traffic …