车辆自组织网络中的路径发现

A. Dahiya, M. Madhu, N. Bansal
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引用次数: 7

摘要

车载网络是发展最快的无线网络类型之一。在这样的系统中,很多工作正在完成。Vanet有很多问题,比如安全、拥堵、智能系统等。我们也在考虑一个这样的问题,即所谓的智能系统。在车联网中,完全自动化一直是主要问题。在使用vanet时,工作区域的选择也是一个问题。它可以是一个城市,山区等。我们试图为同样的问题找到解决方案。我们已经在一个城市地区提出了这个系统。在这个系统中,我们选择了一个4x4的道路区域,2车道系统。每个转弯处都有自动交通灯。我们正在提供系统来执行车辆编队而不会发生碰撞。这里的车辆和照明系统都是自动化的。我们定义了全路径路由网络,这种网络不是一次处理整个网络,而是将网络划分为子阶段或子网络。我们为每个网络定义了目的地,并为每个网络执行路径选择。由于我们使用的是较小的网络,所以不存在链路断开或连接水平低的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Path Discovery in Vehicular Ad Hoc Networks
Vehicular Network is one of the most growing type of wireless network. In such system lot work is being done. There are number of issues with Vanet like the security, congestion, intelligent system etc. We are also taking one of such problem of vanet called the intelligent system. In vehicular network the complete automation is always the main problem. While working with vanet the working geographical area selection is also a problem. It can be a city, mountain area etc. We are trying to represent the solution for the same problem. We have proposed the system in a city area. In this system we have selected a 4x4 road area with 2 lane system. Automated traffic lights are present on each turn. We are providing the system to perform a vehicular traffic formation without any collision. Both the vehicle and light system is automated here. We have defined all path routing network in which instead of working on whole network at one time we divide the network in sub stages or sub networks. We defined the destination for each network and for each network the path selection is performed. As we are using a smaller network work there is no problem like broken link or low connectivity level.
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