In order to improve the driving safety and fuel economy of hybrid electric vehicles (HEVs) in
car-following scenarios, this paper proposes a hierarchical energy management strategy …

A reliable and real-time eco-driving control strategy that incorporates vehicle connectivity is
crucial for enhancing the fuel economy and mobility of fuel cell hybrid vehicles (FCHVs) …

Developing advanced control for connected hybrid electric vehicles (HEVs) has become
anticipated to enhance fuel economy and mobility, while there exists a gap between the …

This paper presents a comprehensive study of fuel economy and emissions optimization
regarding both offline analysis and online strategies. A control-oriented model of the diesel …

Literature suggests that driving style and conditions play a major role in vehicle energy
consumption. In this sense, this work focuses on vehicle speed planning using information …

This paper investigates connected cruise control (CCC) based on the deep reinforcement
learning algorithm to mitigate oscillations and improve traffic safety in stop-and-go waves. A …

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 …

Hybrid electric vehicles (HEV) have joined the Internal Combustion Engine (ICE) scheme
using electric propulsion system, ie HEV technology combines the mechanical drive train …

This paper is concerned with the optimal control strategies for the longitudinal control,
powertrain, and air conditioning (A/C) system of connected four-wheel hub-drive electric …

To improve the prediction accuracy and computational speed of vehicle velocity prediction
(VVP) strategies for energy management, an online VVP strategy based on general …