Implementation of Three Dimensional Model for Flying Ad Hoc Network

Flying Ad Hoc Network (FANET) is a unique class of MANET that provides the communication between tiny flying drones called micro UAVs (unmanned aerial vehicle) facilitate with a camera, sensor, and communication system. FANET has a wide area of applications like reconnaissance and surveillance for military and civil purposes. FANETs along with its extraordinary features have some challenges and issues that should be considered. Implementation of three-dimensional models of FANETs is one such issue. Numbers of researchers have joined their hands in the field of FANET. Till now, experts try to implement two-dimensional FANET model only. So observance in this mind, we have a consideration about the implantation of three-dimensional models for FANET in this paper, by utilizing the Gauss Markov Mobility Model with AODV as routing protocol. Simulation experiment has been carried out using NS3.