This paper presents a systematic literature review of platooning systems with a special focus
on the strategies which have been adopted to validate platooning algorithms. We collect the …

Platooning technology aims at achieving fuel savings by reducing the distance between two
or more electronically coupled vehicles. This technology has recently been tested on public …

The evolution of transport technologies, marked by integrating connectivity and automation,
has led to innovative approaches such as truck platooning. This concept involves linking …

Truck platoon driving is a current branch of automated driving, which has the potential to
radically change the work routine of professional drivers. In a platoon system, one truck …

Due to the argued benefits of passenger comfort, cost savings, and road safety, the bus
sector is showing increasing interest in advanced driver-assistance systems (ADAS) …

Work towards making automated driving systems a reality is well underway. In this study, we
look at what is likely to be one of the first widespread implementations of a form of …

Platoon based communication in vehicular ad‐hoc networks (VANET) requires high co‐
operation among platoon members to perform basic platoon maneuvers such as merging …

Truck platooning is considered as a promising approach to improve traffic stability and to
reduce fuel consumption and emissions on freeways. This article develops a two-stage …

The platooning technology allows for two or more trucks running in convoy at a pre-defined
distance between each other, being virtually connected using connectivity technology and …

Truck platoon driving technology uses vehicle-to-vehicle communication to allow one truck
to follow another in an automated fashion. The first vehicle is operated manually, the second …