In recent years, significant advancements in vehicle technology have spurred growing
interest in Vehicular Ad hoc Networks (VANETs). This interest is driven by concerns for road …

Em anos recentes, avanços significativos na tecnologia veicular têm despertado um
crescente interesse em Redes Ad hoc Veiculares (VANETs). Este interesse é impulsionado …

Abstract Vehicular Ad hoc NETworking (VANET) enables a vehicle to connect with other
vehicles and the surrounding devices such as Road Side Units (RSUs) and base-stations …

With the advancements in mobile communication technology, intelligent transportation
systems have evolved, leading to higher demands for vehicular communications. However …

This article focuses on roadside unit (RSU) deployment based on the analysis of
aggregation delay causes between the accident-occurring location and the nearby RSU …

Abstract Vehicle-to-Roadside (V2R) wireless communication is a cornerstone for providing a
wide plethora of intelligent transportation system (ITS) applications in the near future. Initial …

Vehicular networks' data-hungry applications increase the workload on current 4G-5G
cellular networks, Consequently delivering poor services to the vehicular user. This problem …

Vehicular networks use roadside units (RSUs) to increase vehicles' communication
capability to relay tracking messages and/or provide vehicle, driver or passenger Internet …

The development of intelligent transportation systems (ITS) has emerged as the most
effective and efficient method of increasing the diversity of existing transportation networks …

In response to the explosive growth of data computation in vehicular terminals, computation
offloading has emerged as a viable solution to mitigate the limitations of resources. Efficient …