The new computing paradigm, fog computing, enables advanced services, such as
navigation, self-driving cars, and augmented reality, by integrating with vehicular networks to …

Vehicular networks use roadside infrastructures, roadside units (RSUs) and high-power
nodes (HPNs), as fog nodes (FNs) in intelligent transport systems (ITSs). However, blending …

Technological advances in fog computing are precipitating an evolution in conventional
vehicle networks to a new paradigm called fog-enabled connected vehicle networks …

Vehicular Fog Computing exploits the computing, caching and communication resources at
vehicles to facilitate different location-based applications in a smart urban environment …

Vehicular fog computing (VFC) has become an enticing research hot spot to provide
resources for the Internet of Vehicles (IoV) application requests. Moreover, with the massive …

Integrating fog computing with vehicular networks led to the rapidly growing demands of
vehicle applications regarding computation-intensive and low response time with meeting …

With the emerging vehicular applications, such as real-time situational awareness and
cooperative lane change, there exist huge demands for sufficient computing resources at the …

Vehicular fog computing is an extension of fog computing in the context of vehicular
networks. Vehicles are used to serve mobile users at the edge of networks. The vehicular …

With the increasing presence of latency‐critical applications and services along with the
high demand for ubiquitous connectivity, a new challenge arise in the design of the next …

Cloud computing platforms support the Internet of Vehicles, but the main bottlenecks are
high latency and massive data transmission in cloud-based processing. Vehicular fog …