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An Efficient Authentication and Secure Vehicle-to-Vehicle Communications in an IoV

机译:IoV中的高效身份验证和安全的车对车通信

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摘要

The Worldwide road traffic problems, accident rates, transportation issues are increasing despite the improvements in Intelligent Transportation Systems (ITS). Internet of Vehicles (IoV) is a promising paradigm to the better and safe future of the automotive field. This complex, dynamic mobile network system allows data sharing between vehicles, its surrounding portable devices, road-side units, infrastructures, sensors, cloud, etc. However, the IoV provides several benefits and opportunities in different applications, it introduces challenges in security. In this paper, we propose an efficient authentication system for secure Vehicle-to- Vehicle (V2V) communications in an IoV scenario. The security analysis reveals that our scheme can defend against strong attacks. Our experimental outcomes on a simulated environment (on a desktop computer and Raspberry Pi) reveal that our proposed scheme can work with less computation time while ensuring integrity of the message in a strong adversarial scenario.
机译:尽管智能交通系统(ITS)有所改进,但全球道路交通问题,事故率,交通问题仍在增加。车联网(IoV)是汽车领域更美好,更安全的未来的有希望范例。这个复杂的动态移动网络系统允许在车辆,其周围的便携式设备,路边单元,基础设施,传感器,云等之间共享数据。但是,IoV在不同的应用程序中提供了许多好处和机遇,这给安全性带来了挑战。在本文中,我们提出了一种有效的身份验证系统,用于在IoV场景中进行安全的车对车(V2V)通信。安全分析表明,我们的方案可以防御强大的攻击。我们在模拟环境(在台式计算机和Raspberry Pi上)上的实验结果表明,我们提出的方案可以以更少的计算时间工作,同时确保在强大的对抗情况下消息的完整性。

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