This article investigates the long-term energy minimization of mobile edge computing (MEC)
systems with multiuser noncompletely overlapping nonorthogonal multiple access (NOMA) …

On the edge side of internet of vehicles (IoV), mobile edge computing (MEC) servers with
certain computational resources are deployed to provide computational service for vehicles …

In Vehicular Fog Computing (VFC), the RSU-to-Vehicle (R2V) task offloading process is
highly affected by undesirable yet sometimes inevitable events (eg, buffer exhaustion, task …

Recently, artificial intelligence paves the way for the development of smart services for
people anytime and anywhere, which poses great challenges on accessing computing …

Fog computing has emerged as the most popular technology for processing delay-sensitive
tasks in the Internet of Things platform. However, offloading tasks to suitable fog nodes (FNs) …

Recent advances in fog computing had significantly impacted the development of the
Internet of Vehicles (IoV). Rapidly growing on-vehicle applications demand low-latency …

As a promising new form in mobile edge computing network, Vehicular Edge Computing
(VEC) can further improve the Quality of Service (QoS) of users. However, when edge …

The growing development of computation-intensive applications has considerably increased
the demand for computing resources in the network. Many of these applications require …

Vehicular fog computing (VFC) can make full use of computing resources of idle vehicles to
increase computing capability. However, most current VFC architectures only focus on the …

With the improvements in the intelligent level of connected vehicles (CVs), travelers can
enjoy services such as self-driving, self-parking and audiovisual entertainment inside the …