How much energy at least would be consumed driving through a given route ahead
conditioned on the current and possible future traffic states, and which factor would …

This paper addresses the estimation problem of the minimum required energy of fuel cell
vehicle (FCV) driving through a road link conditioned on the current and future traffic states …

Connected and autonomous vehicles (CAVs) can bring in energy, mobility, and safety
benefits to transportation. The optimal control strategies of CAVs are usually determined for …

A new car-following model has been proposed for electric vehicle traffic stream in order to
minimize the energy consumption. In particular, we first introduce the energy consumption …

With the increasing number of electric vehicles (EVs) in recent years, road congestion is
becoming a common phenomenon, which not only prolongs travel time but also causes …

Signalized intersection can interrupt the traffic flow, potentially increasing vehicle energy
consumption levels and extending travel time. This paper presents an eco-approach and …

Electric vehicles (EVs) have great potential to reduce transportation-related fossil fuel
consumption as well as pollutant and greenhouse gas (GHG) emissions, due to their use of …

The driving economy of the connected and automated electric vehicles (CAEVs) is seriously
affected by the vehicle-traffic nexus. In this article, an energy-aware optimization (EAO) …

The operational efficiency of connected and automated electric vehicles (CAEVs) is
significantly impacted by the interplay between vehicle dynamics and traffic conditions. This …

Electrification of passenger vehicles has been viewed by many as a way to significantly
reduce carbon emissions, operate vehicles more efficiently, and reduce oil dependence …