Design of a V2V communications antenna based on LTE technology and IEEE802.11p standard

A. Bustamante, S. Inca, M. Chuchon, R. Adriano, J. Samaniego
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引用次数: 2

Abstract

This paper introduces a new antenna model designed to be applied to V2V communications. This antenna can be integrated easily into the automobiles infrastructure and was designed for VANET networks [1] based on LTE technology and IEEE 802.11p standard [2]. The design of this model is based on operating frequencies of these two technologies. In the design process, it was prioritized that each operating frequency had a bandwidth of at least 70MHz, since, VANET networks will use 7 channels of 10MHz [3] each to enable a reliable communication and to offer data traffic services. Moreover, an omnidirectional radiation pattern was obtained in the Fraunhofer zone, good gain and a radiation efficiency [4] close to 1 in all bands of interest, as we will be shown.
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基于LTE技术和IEEE802.11p标准的V2V通信天线设计
本文介绍了一种用于V2V通信的新型天线模型。该天线可以很容易地集成到汽车基础设施中,并基于LTE技术和IEEE 802.11p标准[2]为VANET网络[1]而设计。该模型的设计是基于这两种技术的工作频率。在设计过程中,优先考虑每个工作频率至少具有70MHz的带宽,因为VANET网络将使用7个10MHz的信道[3],以实现可靠的通信并提供数据流量服务。此外,在弗劳恩霍夫区获得了全向辐射图,在所有感兴趣的波段中获得了良好的增益和接近1的辐射效率[4],如下所示。
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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