Performance Analysis of a SWIPT Enabled UAV-Assisted Relaying

In the recent era, unmanned aerial vehicle (UAV) plays an important role in numerous application fields related to wireless communication system. Due its precise control, efficient deployment, and affordable cost, UAV-assisted attracts significant attention all sectors including defense sector, agriculture security purpose, so on. Though UAVassisted relaying has enormous advantages but there are potential challenges while UAV deploys as a relay. For example, deploying field, battery life is main concern due limited size storage capacity. To get benefits from deployed cooperative network, status of unavoidable issue. minimize aforementioned problem, energy harvesting (EH) techniques can be solution. The harvest transmitted power by source with help this harvested retransmit signal destination. However, several parameters that also significantly influence UAV-based system performance such UAV’s position, time allocation factor factor, height. Considering importance parameters, paper, we have considered simultaneous information transfer (SWIPT) enabled network evaluate outage different aspects. We provided some insight about height providing simulation results probability versus transmit urban scenario, These clearly show significance abovementioned wireless-powered communication. This Open Access article distributed under terms Creative Commons Attribution License (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, reproduction any medium original work properly cited.