Operation of VANET Communications

Estifanos Tilahun Mihret, Kebebew Ababu Yitayih
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Abstract

This work proposed an integrated novel architecture of UAV System, LTE/4G, and WAVE technologies with its forwarding schemes in highway scenario to enhance the VANET communications and achieve the requirements of its basic applications, particularly safety and traffic. Algorithms for UAV sensing, tagging (based on the proposed safety and traffic info model), and broadcasting operations, and forwarding of safety or traffic info to respective infrastructures, and then smart ground vehicles are designed, particularly to minimize intermittent connectivity and bandwidth usage as well as to satisfy the requirements of VANET applications. The authors have evaluated the performance of the integrated novel architecture with its forwarding schemes/algorithms through integrated and simulated VANETs and wireless access technologies (LTE/4G and UAV system) environment.
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VANET通讯的运作
本文提出了一种集成无人机系统、LTE/4G和WAVE技术的新型架构及其高速公路场景下的转发方案,以增强VANET通信能力,实现其基础应用特别是安全和交通的需求。设计了无人机感知、标记(基于提出的安全和交通信息模型)和广播操作的算法,并将安全或交通信息转发到各自的基础设施,然后设计智能地面车辆,特别是最小化间歇性连接和带宽使用,并满足VANET应用的要求。作者通过集成和模拟vanet和无线接入技术(LTE/4G和无人机系统)环境,评估了集成新型架构及其转发方案/算法的性能。
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