With the development of communication and automation technologies, the great energy-
saving potential of connected and automated vehicles (CAVs) has gradually been …

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 …

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

Eco-driving, a timely and well-known subject, aims at reducing fuel consumption by
appropriately maneuvering a vehicle with a human or automated driver. In this work, the eco …

To improve a vehicle's fuel efficiency when operating on roadways, this study develops an
ecological driving system under the connected and automated vehicle (CAV) environment …

The GLOSA (Green Light Optimal Speed Advisory) system provides speed advice to drivers
so that drivers can pass through congested intersections at right instant with shorter time and …

This paper proposes a distance-based ecological (eco)-driving scheme with two stages: one
for long-term speed optimization and the other for short-term adaptation to actual traffic …

Eco-approach and departure (EAD) systems in connected vehicles are capable of providing
the speed recommendations to drivers so that vehicles can pass through successive …

Road transport plays an important role in the economy but generates huge costs in terms of
road trauma and greenhouse gas emissions. The vast majority of previous research efforts …

This paper proposes a distance-based two-stage ecological (eco-) driving scheme by using
estimation of distribution algorithms (EDA) and model-based prediction of traffic conditions …