This paper proposed the vehicle-to-vehicle-to-infrastructure (V2V2I), in which I denotes IEEE
802.11 p Road Side Unit (RSU), VANET data offloading from the 4G/5G cellular network to …

Owing to the increasing number of vehicles in vehicular cyber-physical systems (VCPSs)
and the growing popularity of various services or applications for vehicles, cellular networks …

The past decade has witnessed the widespread adoption of Cloud Computing (CC) across
automotive industries for a myriad of vehicular applications. A vehicular network that solely …

Offloading a part of cellular traffic through other kinds of networks, such as Wi-Fi hotspots
and femtoCells represents an interesting solution for operators to cope with the high user …

The interest of intelligent transportation systems and vehicular ad hoc networks has
increased in recent years. As a fundamental building block for the development of …

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 …

This paper proposes a Multi-access Edge Computing (MEC)-based delay-constrained k-hop-
limited VANET data offloading method. In the proposed method, a vehicle X can launch the …

Mobile edge computing (MEC) is an attractive solution for the contradiction between huge
computation resources and limited processing capacity of vehicular terminals, especially for …

This paper proposed a Mobile Edge Computing (MEC)-based k-hop away IEEE 802.11 p
Road Side Unit (RSU) Vehicular-to-Infrastructure (V2I) offloading method. Let a vehicle X …

Cellular networks are facing serious traffic overload problems due to the high users traffic
demands, emphasized by the important penetration of smart phones and their greedy …