The eco-cruise (EC) technique is recognized as an effective method to cut energy
consumption in battery electric vehicles (BEVs). Prior studies have examined the road slope …

The unreasonable actuation of electric vehicle's motor drive system usually results in a lot of
unwanted energy consumption on a slope road. This paper proposes an eco‐cruise control …

Eco-driving strategies for vehicles with conventional powertrains have been studied for
years and attempt to reduce fuel consumption by optimizing the driving velocity profile. For …

At intersections equipped with traffic lights, the control strategy for eco-driving vehicles must
encompass not only information about the road environment but also the constraints of the …

To improve the driving experience of connected and automated electric vehicles in urban
scenarios, this paper proposes a novel hierarchical multi-objective eco-driving strategy. This …

This paper proposes two real-time energy-oriented driving strategies to minimize the energy
consumption for electric vehicles on highways with varying slopes. First, a novel strategy …

Eco-driving control for connected and automated vehicles (CAVs) presents significant
energy-saving potential by enabling smooth, non-stop travel through signalized …

Eco-driving strategies based on connected and automated vehicles (CAV) technology, such
as Eco-Approach and Departure (EAD), have attracted significant worldwide interest due to …

Connected and automated vehicles provide enormous opportunities for improving fuel
economy, safety and capacity of the transportation system. In this paper, an Eco-driving …

This paper proposes an energy-efficient speed planning strategy for a connected and
automated vehicle (CAV) considering the upcoming traffic and road gradient information …