5G Enabled VANet: Enhancing the Capabilities of Vehicular Communication Network

Rohit Singh, Deepak Saluja, Suman Kumar
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引用次数: 2

Abstract

Vehicular communication requires low latency, high speed and ultra-reliable transmission. However, the increase in popularity of connected vehicles, as well as rapid change in vehicular topology, limits the capabilities of the current vehicular network. Thanks to 3GPP release 16 as well as the outlines of release 17, which indicates that the next generation radio is showing great interest in the applications which require ultrareliable, low latency communication. In this work, we study critical requirements of the vehicular communication network along with several state of the art techniques towards mitigation of these problems. Besides, we discuss the 5G radio roadmap towards the fulfilment of vehicular network challenges, and several key enhancement and newly added verticals have been explained from the vehicular viewpoint.
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5G VANet:增强车载通信网络的能力
车载通信需要低延迟、高速、超可靠的传输。然而,随着互联汽车的日益普及,以及车辆拓扑结构的快速变化,限制了当前车辆网络的能力。多亏了3GPP第16版和第17版的大纲,这表明下一代无线电对需要超可靠、低延迟通信的应用表现出了极大的兴趣。在这项工作中,我们研究了车辆通信网络的关键要求以及缓解这些问题的几种最新技术。此外,我们还讨论了实现车联网挑战的5G无线电路线图,并从车联网的角度解释了几个关键的增强和新增的垂直领域。
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