In edge computing (EC), resource allocation is to allocate computing, storage and
networking resources on the edge nodes (ENs) efficiently and reasonably to tasks …

With the advent of edge computing, more and more tasks are offloaded to edge servers, but
the computing and storage capabilities of edge servers are limited. Although some works …

With the development of edge computing (EC), more and more tasks are offloaded to edge
servers (ESs). However, faced with a huge number of users offloading tasks to ESs, how to …

Abstract Various Internet of Things (IoT) applications that comprise computation-intensive
dependent tasks have been widely popularized. Since these applications have real-time …

As more and more Internet of Things (IoT) applications move to the edge clouds, the scarce
resource cannot satisfy the users' ever-growing demands. Usually, users are charged by …

One of the major challenges in Mobile Edge Computing~(MEC) systems is to decide how to
allocate and price edge/cloud resources so that a given system's objective, such as revenue …

To meet the low latency demands of numerous Internet of Things (IoT) applications, edge
computing (EC) has been proposed to migrate computation from the cloud to the network's …

Abstract 5G NR-Lite technology still suffers from inadequate response to low latency, high
speed and mass connectivity scenarios in high mobility conditions. Building on 4G and 5G …

Resource allocation in Internet of Vehicles (IoV) edge computing is currently a research
hotspot. Existing studies focus on social welfare or revenue maximization. However, there is …

With the remarkable prosperity in smart consumer electronics (CEs), Mobile Edge
Computing (MEC) has emerged as a pivotal technology to tackle the prevalent latency …