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A Reliable Solution to Load Balancing with Trust Based Authentication Enhanced by Virtual Machines

机译:通过虚拟机增强的基于信任的身份验证的负载平衡的可靠解决方案

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摘要

Vehicular Ad hoc network is the most fast growing which shape fresh engineering opportunities like controlling traffic smartly, optimal resource maintenance and improved service for customers. Vehicular Ad hoc Network (VANET) is one of the most popular ad hoc networks. A vehicular ad hoc network generally faces the problems like trust modeling, congestion, and battery optimization issues. If the nodes are comparatively less than it can handle the traffic well when it comes to transferring the data at a rapid rate. But, when it comes to high-density traffic than a Vehicular network always faces congestion problem. This paper tried to find the reliable solution to the traffic management by adding up the virtual gears into the network and optimizes the congestion problem by using a trust queue which is updated with the broadcast concept of the hello packets in order to remove the unwanted nodes in the list. The network performance has been measured with QOS Parameters like delay, throughput, and other parameters to prove the authentication of the research.
机译:车载Ad hoc网络是发展最快的网络,它带来了新的工程机遇,例如智能控制流量,优化资源维护和为客户提供更好的服务。车载自组织网络(VANET)是最受欢迎的自组织网络之一。车辆自组织网络通常面临诸如信任建模,拥塞和电池优化问题的问题。如果节点相对较少,那么在快速传输数据时就可以很好地处理流量。但是,当涉及到高密度流量时,车载网络总是面临拥塞问题。本文试图通过将虚拟设备添加到网络中来找到流量管理的可靠解决方案,并通过使用信任队列优化拥塞问题,该信任队列使用hello数据包的广播概念进行了更新,以删除其中的不需要的节点。名单。网络性能已通过QOS参数(如时延,吞吐量和其他参数)进行了测量,以证明研究的可靠性。

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