Reducing greenhouse gas emissions has turned into a pillar of climate change mitigation.
Truck platooning is proposed as a strategy to lower emissions from vehicles on roads …

Emerging autonomous modular vehicle (AMV) technology allows vehicle units to physically
dock on or split from each other en route to form vehicles of different lengths. This …

This study proposes an autonomous truck (AT) based scheduling problem for container
transshipment between two seaport terminals, in which ATs can travel in platoons with short …

Truck platooning refers to trucks traveling in convoy with longitudinal proximity. By reducing
aerodynamic drag, platooning cuts truck energy use and operating cost along with other …

This paper introduces two novel parallel algorithmic frameworks to address the user
equilibrium traffic assignment problem (UE-TAP). Most of the existing solution algorithms for …

This study investigates the local container drayage problem in semi-automated platooning
mode, focusing on the effect of laden-or-empty state of trucks on platoon fuel consumption …

The availability of light-emitting diodes (LEDs) in vehicle exteriors makes possible the use of
visible light communication (VLC) as a vehicle-to-vehicle (V2V) wireless connectivity …

Automated truck platooning (ATP) has gained growing attention due to its advantage in
reducing fuel consumption and carbon emissions. However, it poses serious challenges to …

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

Truck platooning enabled by connected automated vehicle (CAV) technology has been
demonstrated to effectively reduce fuel consumption for trucks in a platoon. However, given …