With vehicular ad hoc networks (VANETs) increasingly becoming a term synonymous with inter-vehicle communication, a lot of research is being carried out in this line to provide enhanced services. This paper proposes an efficient routing algorithm to improve energy, enhance security and maximize throughput in VANETs which is called as Energy Sources Based Resource Key Distribution and Allocation (ESBRKD-A). The performance of ESBRKD-A is analyzed in network simulator (NS2). The experimental results show that it generates 86% throughput and reduces the routing delay by up to 13% in comparison with two existing protocols viz., cross-layer optimization for heterogeneous energy and optimal scheduling in energy harvesting. ESBRKD-A also increases the lifetime of the network.

中文翻译：

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基于传感器车辆节点的资源密钥分配和分配，用于运输应用的车载自组织网络中的能量收集

随着车辆自组织网络 (VANET) 日益成为车辆间通信的同义词，在这方面进行了大量研究以提供增强的服务。本文提出了一种有效的路由算法，以提高 VANET 的能量、增强安全性和最大化吞吐量，称为基于能源的资源密钥分配和分配 (ESBRKD-A)。ESBRKD-A的性能在网络模拟器（NS2）中进行分析。实验结果表明，与现有两种协议（异构能量跨层优化和能量收集优化调度）相比，它产生了86%的吞吐量，并将路由延迟降低了13%。ESBRKD-A 还增加了网络的生命周期。