命名为VANET的数据网络架构

Khadija Raissi, B. Gouissem
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引用次数: 2

摘要

在过去几年里,联网汽车的数量迅速增加。这个原因导致研究人员通过考虑未来的趋势来修改网络架构。最近,命名数据网络(NDN)已经发展到在不知道终端主机实体的情况下路由VANET中的流量。它使用内容名称来浮动网络中的数据,而不是IP地址。NDN的发展是为了支持节点的移动性和不断扩大的数据流量。本文介绍了CCVN、V-NDN、VENDNET、NDVN和EVNDN等基于NDN方法的现有方案的原理。然后,我们研究了当前提出的架构的优势和局限性,以指导学习者开发具有高效缓存策略的未来VANET方法,减少网络流量和最小的满意度延迟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Named Data Networking Architecture for VANET
The number of connected vehicles has heightened quickly in the last few years. This reason leads researchers to revise network architecture by considering future trends. Recently, Named Data Networking (NDN) has been developed to route traffic in VANET without any knowledge about the end host entity. It uses content name to float data in the network instead IP address. NDN is developed to support node mobility and the ever-expanding data traffic. In this paper, we present the principle of existing schemes based on NDN approach such as CCVN, V-NDN, VENDNET, NDVN and EVNDN. Then we study the strengths and limitations of the current proposed architecture to guide the learners to develop a future approach of VANET with an efficient caching strategy, reducing network traffic and minimum satisfaction delay.
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