The openness of the intelligent vehicle network makes it easy for selfish or untrustworthy
vehicles to maliciously occupy limited resources in the mobile edge network or spread …

Multiaccess edge computing has emerged as a powerful paradigm for increasing the
computation performance of mobile devices (MDs). Applying nonorthogonal multiple access …

The demand for vehicular networks is prolifically emerging as it supports advancing in
capabilities and qualities of vehicle services. However, this vehicular network cannot solely …

Vehicular edge computing has emerged as a promising paradigm by offloading computation-
intensive latency-sensitive tasks to mobile-edge computing (MEC) servers. However, it is …

Vehicular fog computing (VFC) has been expected as a promising architecture that can
make full use of computing resources of idle vehicles to increase computing capability …

This article considers an internet of vehicles (IoV) network, where multi-access edge
computing (MAEC) servers are deployed at base stations (BSs) aided by multiple …

In the fog computing paradigm, if the computing resources of an end device are insufficient,
the user's tasks can be offloaded to nearby devices or the central cloud. In addition, due to …

With the explosive increase of Internet of Things (IoT) devices, an increasing number of
computation-intensive applications are emerging in IoT system. However, most IoT devices …

In multiaccess edge computing (MEC) systems, existing task offloading methods have
provided ultrashort latency services for heterogeneous tasks on mobile devices (MDs) …

Due to the restricted computing resources and high upgrading costs, onboard processors
alone cannot meet the quality of service (QoS) requirements of the emerging and constantly …