Based on 6G, Fog Radio Access Network Behaviour Analysis

Abstract

The introduction of a new generation of cellular networks each decade necessitates the development of new architectural designs. A novel paradigm called fog communication has been put out to make use of the throughput and latency advantages of edge computing. We propose architecture for new generation 6G with the aid of fog computing and mathematical model research to evaluate the effectiveness of such ideas. In particular, the performance of 6G Radio Access Nework in terms of, power consumption (PC), energy efficiency (EE), and delay with fog architecture is evaluated in comparison to that of previous generation 5G. Fog Radio Access Networks (F-RANs) have been shown in the literature to offer improved latency performance, but use a lot of power, reducing their EE in contrast to their regular cloud equivalents. This paper demonstrates another perspective or new term (fully photonics) or introducing photonics component to the network. However, the quantity of deployed fog devices detremines the degree of degradation, which have an immediate impact on the PC.The entrance of full photonics will elliminate this degradation and will improve the network performance In all of the aforementioned aspects.This study demonstrates adding a fog architecture and optics component and studying the network behaviour from three perspectives: time delay, EE, and PC.