In a 5G industrial IoT, using fog devices (FD) to release the burden of transmission data
between a base station (BS) and a register user, is currently a promising method for device …

To satisfy the rapidly growing requirements of wireless data services recently, fog computing
which is as an extension of cloud computing is proposed for offloading the Internet of Things …

This chapter aims at boosting the network bandwidth by promoting collaborative
communications between handheld devices at the network edge by using the principle of …

Fog computing is a promising way to deal with computation-extensive tasks by deploying
distributed nodes at the network edge. However, the resources of fog nodes may not be …

Recently, to reduce the increasing energy consumption along with the explosive growth of
smart terminals and network data in Internet of Things (IoT), green IoT is attracting more and …

With the development of wireless communications and the intellectualization of mobile
devices, device‐to‐device (D2D) communications are considered as a standard part of …

Fifth-generation (5G) offers more advanced and promising wireless communication
technology as Device-to-device (D2D) communication. It refers to the direct data exchange …

Social Internet of Things (SIoT) is a control paradigm by the integration of social networking
concepts into the Internet of Things, and Fog Computing (FC) is an emerging technology that …

The advent of 5G networks around the world has resulted in greater bandwidth being
available to more users, but has also led to an unprecedented increase in network traffic …

Device-to-device (D2D) communication is a breakthrough technology of fifth-generation (5G)
and beyond networks. It offers direct communication between D2D devices without …