Edge Computing Enabled by 5G for Computing Offloading in the Industrial Internet of Things

Abstract

Game theory and 5G data transferring structures are used to enhance data offloading of computational data. All such solutions not only reduce the load on the cloud by processing edge data and information but also play an important role in privacy and security by ensuring which data communication is locally translated into a network that directly connects the user equipment and then sends the local server to the network core of the organization. With a combination of 5G structure and game theory, we can comfortably handle data transmission, data security, and also system efficiency. The game theory approach with the dynamic computation offloading algorithm (DCOA) allows IIoT (industry internet of things) devices to make decisions spontaneously and reduce computational offloading while transferring data to the local server. The small range of 5G makes it possible to use a small cell network run by a central hub. As a result of its higher frequency, 5G follows a different wireless spectrum structure (N-RAM) and is enhanced by slicing the network.