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Secure VANET from vampire attack using LEACH protocol

机译:使用LEACH协议保护VANET免受吸血鬼攻击

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In modern years we see some growth in technology and for better traffic control on road with these some technologies the moving vehicle can do the better communication in Ad-hoc network which developed a new kind of technology like Vehicular Ad-hoc Network(VANET). VANET provides wireless communication with vehicle to road side unit. VANET can perform the communication between V2V, V2I, I2I. VANET developed an advanced traffic signaling system. To avoid various attack on VANET it provides authentication to every nodes and block the unauthorized nodes. But when nodes are communicate each other on that time for secure data transmission of data clustering is required on that network which is arrange in periodic and dynamic form and selected one cluster head in which they has some features like routing depletion affects the path and resource depletion affects the power, bandwidth and energy consumption which is known as Vampire attack for prevention of this attack use the technique like LEACH protocol(Low Energy Adaptive Clustering Hierarchy). Vampire attack drain the battery power from nodes while transferring data from one node to another.
机译:近年来,我们看到了一些技术的发展,为了更好地利用这些技术对道路进行交通控制,移动车辆可以在Ad-hoc网络中实现更好的通信,这种网络开发了一种新型技术,例如车载Ad-hoc网络(VANET)。 VANET提供与车辆到路边单元的无线通信。 VANET可以执行V2V,V2I,I2I之间的通信。 VANET开发了先进的交通信号系统。为了避免对VANET的各种攻击,它为每个节点提供身份验证并阻止未经授权的节点。但是,当节点彼此进行通信时,为了在该网络上安全地传输数据集群,就需要以周期性和动态的形式排列网络,并选择一个集群头,其中这些集群头具有诸如路由损耗等特性,会影响路径和资源损耗影响功率,带宽和能量消耗,这被称为吸血鬼攻击,为了防止这种攻击,请使用LEACH协议(低能耗自适应聚类层次结构)之类的技术。吸血鬼攻击会消耗节点的电池电量,同时将数据从一个节点传输到另一个节点。

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