Modern control algorithms are frequently implemented in a distributed and decentralized
way. Multiple fog devices communicate using paradigms borrowed from the Internet-of …

Following the trend from 5G, 6G networks strive for improved delivery of advanced
applications to users, by providing a single platform through convergence of different …

Fog Computing is a new paradigm which is meant to solve some new challenges in IoT like
a wide-spread geographical distribution and mobility of the devices, multiple nodes …

While the application of artificial intelligence (Ai) to 5G networks has raised strong interest,
standard solutions to bring Ai into 5G systems are still in their infancy and have a long way to …

With the rise and widespread deployment of a vast array of wireless radio access
technologies (eg, 3G, 4G/LTE, 802.11, Bluetooth, and Femto) and the growth of interest in …

Currently, we have witnessed that networked control technology has played a key role in
Internet of Things (IoT). However, the volume, variety and velocity properties of big data from …

With the rise of mobile and wireless technologies, more sustainable networks are necessary
to support such communications. These next generation networks can now be utilized to …

The fog/edge computing concept has set the foundations for the deployment of new services
leveraging resources deployed at the edge paving the way for an innovative collaborative …

The rapid and quick growth of smart mobile devices has caused users to demand pervasive
mobile broadband services comparable to the fixed broadband Internet. In this direction, the …

Fog Computing is a term made by Cisco that insinuates extending cloud computing to the
edge of a network. Indeed, fog computing supports the operation of Fog/cloud, storage and …