Taxanomy and overview on cooperative MAC for vehicular ad hoc networks

Aznor Hanah Abdul Halim, M. N. Mohd Warip, R. B. Ahmad, S. J. Elias
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Abstract

Wireless networks are broad area that experiencing rapid growth in this last few decade and can be categorized into two sub-domains. Correspondingly, wireless ad hoc networks is one of the sections in wireless networks, it can be further categorized based on the applications. This paper focuses more on vehicular ad hoc networks (VANETs) which fall into one of the applications in wireless ad hoc network. Area of interest in VANETs research has been summarized and medium access control (MAC) research area is still wide area to be discovered. VANETs performance metrics also has been outline. Cooperative communication on the other hand is a noted technique to enhance reliability and throughput in wireless systems where the neighboring nodes can do the overhearing. Cooperative MAC protocols do receive much attention from researchers' especially in IEEE 802.11 standard and a summary of related works had been done. A strong relationship between cooperative MAC protocols has been reported in the literature but only a few focuses on vehicular network. Since cooperative communications is a promising technique in improving reliability and throughput in wireless system, this can be implemented for V2V scenario in vehicular networks.
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车载自组织网络合作MAC的分类与综述
无线网络是一个广泛的领域,在过去的几十年里经历了快速的增长,可以分为两个子领域。相应地,无线自组织网络是无线网络中的一个部分,它可以根据应用进一步分类。车载自组网是无线自组网的应用之一,本文重点研究了车载自组网。对vanet研究的热点领域进行了总结,介质访问控制(MAC)的研究领域仍有广阔的领域有待发现。VANETs的性能指标也已概述。另一方面,协作通信是无线系统中提高可靠性和吞吐量的一种重要技术,其中相邻节点可以进行监听。协作MAC协议尤其在IEEE 802.11标准中受到了研究人员的广泛关注,并对相关工作进行了总结。已有文献报道了协作MAC协议之间的密切关系,但很少关注车载网络。由于协作通信在提高无线系统的可靠性和吞吐量方面是一种很有前途的技术,因此可以在车载网络的V2V场景中实现。
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