Vehicular connectivity is considered as one of the most highly anticipated emerging
technologies since it promises to transform the automotive sector and have a significant …

In recent years, the need to implement effective systems to optimize vehicle traffic
congestion problems in cities has increased due to the increase of vehicle nodes in the …

The emanating prototype for enhancing the transportation efficiency and safety through the
reduction in the number of accidents is the Vehicular Ad Hoc Network (VANET). The distinct …

Vehicular Ad hoc Networks (VANETs) present a difficult challenge for both vehicular and
infrastructure routing. This study focuses on addressing this challenge, particularly in old …

With day to day exponential increase in the number of vehicles, it is essential to
communicate travel information for road travellers to enhance their travelling experience …

Les réseaux de véhicules attirent l'attention de la communauté de recherche et la
communauté industrielle. En effet, les réseaux de véhicules sont utilisés pour offrir plusieurs …

Recently, road safety and vehicle security are enhanced using a networking technology
known as Vehicular Ad hoc Network (VANET), aiming at serving digital needs of car drivers …

Vehicular transportation has received rapid growth in many areas thanks to the increase in
population density and massive city expansion. Such advancement however leads to the …

In city environments, routing remains a more challenging process for Vehicular Adhoc
Networks (VANETs). In recent years, identifying an optimal end-to-end path that reduces …

The vehicular task offloading technology enhances the transportation system by offloading
tasks of task-requesting vehicles (TRV) to either vehicular fog nodes (VFN) or road-side …