Sharing Mechanism of Intelligent Vehicles Trust Points based on Blockchain for Vehicular Networks

Sharqa Hameed, Sakeena Javaid, Sheeraz Ahmed, N. Javaid
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Abstract

Nowadays, there exists strong need to enable the Intelligent Vehicle (IV) communication for applications such as safety messaging, traffic monitoring and many other internet access purposes. In this work, we have introduced an Intelligent Vehicle Trust Points (IVTPs) sharing mechanism between vehicle to vehicle, vehicle to infrastructure and vehicle to roadside units. Existing models have already embeded Blockchain (BC), which is valuable for many purposes like security in different data transmission circumstances. However, our proposed scheme uses this BC feature along with IVTPs to ensure the trustworthiness in the communication environment. Performance of our proposed system is evaluated on the basis of IVs’ processing time, which are totally based on IVTPs. Our proposed system is efficient as compared to existing one which handles less number of vehicles at intersection point where IVTPs are shared between moving vehicles in a scalable architecture.
基于区块链的车联网智能车辆信任点共享机制
如今,我们迫切需要实现智能车辆(IV)通信,用于安全信息、交通监控和许多其他互联网接入目的。在这项工作中,我们引入了车辆与车辆、车辆与基础设施以及车辆与路边单元之间的智能车辆信任点(IVTPs)共享机制。现有的模型已经嵌入了b区块链(BC),它在许多方面都很有价值,比如在不同的数据传输环境中实现安全性。然而,我们提出的方案使用这种BC特征和ivtp来确保通信环境中的可信度。我们提出的系统的性能是根据IVs的处理时间来评估的,而IVs的处理时间完全基于ivtp。与现有系统相比,我们提出的系统效率更高,现有系统在交叉口处理的车辆数量较少,在可扩展的架构中,移动车辆之间共享ivtp。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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