Abstract The Industrial Internet of Things integrates modern technologies such as intelligent
terminals, computer technology, and big data, achieving low cost and high applicability in …

Today's world naturally depends on wireless devices for the daily necessities like
communication, smart car driving, smart medical check up, smart housing security, etc …

The application of IoT has given rise to the adoption of mobile edge computing network
architecture by many IT-based organizations. However, the problem of limited energy …

This paper proposes a task offloading and resource allocation algorithm based on mobile
edge computing. Firstly, for the long‐term performance optimization of small base stations …

Mobile edge computing (MEC) is a very promising paradigm that facilitates efficient
processing and analysis of Internet of Things (IoT) data at the network edge. MEC is a cloud …

As a new form of computing based on the core technology of cloud computing and built on
edge infrastructure, edge computing can handle computing-intensive and delay-sensitive …

Since the advancement of mobile communication technology, traditional industries are
gradually transforming and upgrading, which leads to problems such as insufficient …

Abstract Mobile Edge Computing (MEC) has been considered a promising solution that can
address capacity and performance challenges in legacy systems such as Mobile Cloud …

Mobile edge computing (MEC) nodes are deployed at positions close to users to address
excessive latency and converging flows. Nevertheless, the distributed deployment of MEC …

To address the problems of high energy consumption and time delay of the offloading
strategies in traditional edge computing, a computation offloading strategy for the Internet of …