They Way to Design Wireless Based Mundane Kind of Pawls Technique for Communication System

The need for a backhaul/fronthaul infrastructure that is fast, affordable, and simple to construct cannot be emphasised in the quickly changing world of wireless networks. This requirement intensifies even further with the introduction of 5 G technology and its ensuing versions. The potential of a revolutionary vertical backhaul/fronthaul framework to enable communication services is investigated in this paper by utilising networked flying platforms (NFPs) such balloons, drones, UAVs, and HAPs/MAPs/LAPs. Our study explores the feasibility of using point-to-point free space optics (FSO) links to transport backhaul/fronthaul traffic between access and core networks via NFPs, motivated by the growing interest in UAVs and the latest developments in FSO. We evaluate this novel approach through extensive simulations over a range of weather scenarios and system parameters. According to our research, the FSO-based vertical backhaul/fronthaul framework outperforms conventional alternatives in terms of data transmission rates, which indicates that it could be a viable option for handling the growing demands of $5 \mathrm{G}+$ wireless networks, especially in situations where ultra-dense heterogeneous small cells are present. We do, however, recognise the difficulties in putting such a novel paradigm into practice and provide ways around them.