Truck platooning, involving two or more automated trucks virtually linked in a convoy through
vehicle automation and communication technologies, has become a core topic in the long …

Autonomous vehicles and truck platooning have become the future in the transportation
field. This new strategy has many benefits because it lowers fuel consumption and CO2 …

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 …

Truck platooning can potentially make road freight transportation safer and greener.
Technological readiness, business opportunities, and acceptance of truck platooning have …

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 …

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 …

A low‐carbon agricultural plan and intelligent agriculture control system are designed and
completed with a green economy to foster the significant expansion of green resources and …

Abstract Cooperative Adaptive Cruise Control (CACC), as an advanced version of adaptive
cruise control (ACC), automates brake and engine controls based on the information …

This study investigates age-related distinctions in preferences for self-driving vehicles,
exploring their connections with traffic-related elements and individual perceptions …

We analyze how traffic congestion affects the usage of cruise control in real-traffic situations.
Usually, a negative relationship is assumed, but empirical evidence in naturalistic settings is …