Disruptive applications for mobile devices, such as the Internet of Things, Connected and
Autonomous Vehicles, Immersive Media, and others, have requirements that the current …

Disruptive applications for mobile devices, such as the Internet of Things, Connected and
Autonomous Vehicles, Immersive Media, and others, have requirements that the current …

Future Internet applications, such as the vehicular use cases, impose requirements that
challenge current networking paradigms. Hence, other networking paradigms have been …

The emerging real-time and computation-intensive services driven by the Internet of Things,
augmented reality, automatic driving, and so on, have tight quality of service and quality of …

Edge-enabled scenarios are composed of all sorts of heterogeneous devices, networks, and
services. Such devices can cooperate in providing ubiquitous service availability for users in …

With the advent of fog and edge computing paradigms, computation capabilities have been
moved toward the edge of the network to support the requirements of highly demanding …

With the improvement of service delay and quality requirements for new applications such
as unmanned driving, internet of vehicles, and virtual reality, the deployment of network …

Mobile devices have promoted users' mobility; therefore, there is a necessity to provide
services that accomplish users' requirements at any place and time. With this, location …

The fog computing-based device-driven network is a promising solution for high data rates
in modern cellular networks. It is a unique framework to reduce the generated-data, data …

Fog Computing (FC) extends the Cloud towards the network edge. It provides end devices
with access to resources and services that are located in topological proximity to them. This …