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A Novel Algorithm to Control Contents Selectively for Vehicular Communication Networks

机译:车载通信网络中一种选择性控制内容的新算法

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With the development of recent vehicular communication technologies, distributing multimedia contents in the vehicular communication networks (VCNs) has become more and more popular, to provide conveniences and entertainment services during the time of driving. However, as multimedia contents are changed and updated dynamically, how to keep the consistency between the original and these replicas in VCNs is very important. Therefore, this paper designs a novel algorithm to control the consistency for the VCNs. In our proposal, after the analyses of the status of road-side units, on-board units and local geographical information, we divide all replicas into two groups, where one is necessary for update and the other are not. Then, we compare the cost to update replicas by using wireless and wired connection, and propose a method to make selection between them. The performance of our proposal is tested by simulation experiments. And the results show that our method can reduce the delay successfully.
机译:随着最近的车辆通信技术的发展,在车辆通信网络(VCN)中分发多媒体内容已经变得越来越流行,以在驾驶时提供便利和娱乐服务。但是,随着多媒体内容的动态更改和更新,如何在VCN中保持原始副本与这些副本之间的一致性非常重要。因此,本文设计了一种新颖的算法来控制VCN的一致性。在我们的提案中,在分析路边单元,车载单元和本地地理信息的状态之后,我们将所有副本分成两组,其中一组是更新的必要,而另一组则不需要。然后,我们比较了使用无线和有线连接更新副本的成本,并提出了一种在它们之间进行选择的方法。我们的建议的性能通过模拟实验进行了测试。结果表明,该方法可以成功地减少延迟。

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