VANET中DDBS的PDDA算法

A. Lieskovsky, J. Janech, K. Matiaško
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引用次数: 1

摘要

使用VANET(车辆自组织网络)的智能交通系统(ITS)中的数据传播是部署可能干扰交通系统信息流的应用程序的关键领域。这些信息可能包括交通事故信息、可用停车位信息等等。因此,重要的是,传播的数据应以尽可能小的延迟到达尽可能广泛的广播区域。这是传播数据发挥最大效率的唯一途径。与VANET类似的最流行的数据传播方法来自于MANET网络。这些都是多跳和面向存储转发的解决方案。每种解决方案都有其优点和缺点。在我们的工作中,我们提出了使用DDBS的“平衡”数据传播算法(PDDA - Push Different data Alg.)。该算法的目标是实现当前数据更广泛的传播。该算法在模拟器adhocsim.fri中进行了测试[4,5],并与Skip Copy算法进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PDDA algorithm for DDBS in VANET
Data dissemination in intelligent transportation system (ITS) using VANET (vehicle Ad-hoc networks) is a key area for deployment of applications that can interfere into the flow of information in the transport system. The information may include information about traffic accidents, information about available parking spaces and so on... It is therefore important that the disseminated data should get to the widest possible broadcasted area with the least possible delay. It is the only way how the disseminated data can have maximum efficiency. The most popular methods of data dissemination similar to VANET are from the category of MANET networks. These are multi-hop and store-and-forward oriented solutions. Each of these solutions has its strengths and weaknesses. In our work we propose “balanced” data dissemination algorithm (PDDA - Push Different Data Alg.) into VANET using DDBS. The target of the algorithm is to achieve a wider dissemination of current data. The proposed algorithm was tested in a simulator adhocsim.fri [4, 5] and compared with Skip Copy algorithm.
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