Evaluation of multihop UAV communication model based on protocol-independent and protocol-dependent methods

D. Megyesi, J. Leško, M. Schreiner
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Abstract

This article is focused on wireless communication among Unmanned Aerial Vehicles (UAVs) and a ground station (GS). Research in this article is oriented on establishing and transferring information between UAV device and GS in the case when direct radio link doesn’t exist. The idea of Fly Ad-Hoc Network (FANET) is implemented for establishing a multihop connection among devices. The theory and classification of routing protocols for FANET, as special type of Mobile Ad-Hoc Networks (MANET), are presented. In this article is proposed communication model providing communication in that case and its functionality is confirmed by set of simulations for different types of mobility models and levels of velocity for UAV.
基于协议独立和协议依赖方法的无人机多跳通信模型评估
本文主要研究无人机(uav)与地面站(GS)的无线通信。本文的研究方向是在没有直接无线电链路的情况下,如何在无人机设备和gps之间建立和传递信息。为了在设备之间建立多跳连接,实现了飞自组网(FANET)的思想。作为一种特殊类型的移动自组网(MANET),介绍了FANET路由协议的原理和分类。本文提出的通信模型提供了这种情况下的通信,并通过对无人机不同类型的机动性模型和速度水平的一组仿真验证了其功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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