Fog computing, also referred to mobile edge computing (MEC), has been recognized as an
effective technology to cope with the computation-intensive applications of mobile users. In …

Based on a hierarchical cloud-fog computing-enabled paradigm, fog radio access networks
(F-RANs) can provide abundant resource to support the future mobile artificial intelligent …

Fog computing is a new systematic paradigm which provides low latency enabled cloud
services to mobile and Internet of Things (IoT) networks by provisioning the computation …

Fog computing is considered as a promising technology to meet the ever-increasing
computation requests from a wide variety of mobile applications. By offloading the …

Fog computing emerges as a promising mode to meet the stringent requirement of low
latency in industrial Internet of Things (IIoT). By offloading partial computation-intensive …

By computation offloading, fog radio access network (RAN) can support delay-constrained
applications, since such a hierarchical network architecture enables parallel computing at …

As mobile applications deliver increasingly complex functionalities, the demands for even
more intensive computation would quickly transcend energy capability of mobile devices. On …

In view of the existing computation offloading research on fog computing network scenarios,
most scenarios focus on reducing energy consumption and delay and lack the joint …

As the sophisticated applications with latency constrained are difficult to operate on mobile
devices with lower computing capability, fog-computing based radio access networks (F …

Abstract Artificial Intelligence of Things (AIoT) is an emerging field within the Internet of
Things (IoT) that caters to the growing demand for intelligent computing and …