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DESCV-A Secure Wireless Communication Scheme for Vehicle ad hoc Networking

机译:用于车辆自组网的DESCV-A安全无线通信方案

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As an indispensable part of intelligent transportation system (ITS), inter-vehicle communication (IVC) emerges as an important research topic. The inter-vehicle communication works based on vehicular ad hoc networking (VANET), and provides communications among different vehicles. The wide applications of VANET helps to improve driving safety with the help of traffic information updates. To ensure that messages can be delivered effectively, the security in VANET becomes a critical issue. Conventional security systems rely heavily on centralized infrastructure to perform security operations such as key assignment and management, which may not suit well for VANET due to its high mobility and ad hoc links. Some works suggested that vehicles should be connected to fixed devices such as road side units (RSUs), but this requires deployment of a large number of costly RSUs in a specific area. This paper is focused on the issues on decentralized IVC without fixed infrastructure and proposes a method for Dynamic Establishment of Secure Communications in VANET (DESCV), which works in particular well for VANET communication key management when centralistic infrastructure or RSU is not available. We will demonstrate through synergyrnanalysis and simulations that DESCV performs well in providing secure communications among vehicles traveling at a relative velocity as high as 240 km/h.
机译:作为智能交通系统(ITS)不可或缺的一部分,车间通信(IVC)成为重要的研究课题。车辆间通信基于车辆自组织网络(VANET)工作,并提供不同车辆之间的通信。 VANET的广泛应用通过交通信息更新来帮助提高驾驶安全性。为了确保可以有效地传递消息,VANET中的安全性成为一个关键问题。传统的安全系统严重依赖于集中式基础结构来执行安全操作,例如密钥分配和管理,由于其高度的移动性和临时链接,因此可能不适用于VANET。一些工作建议将车辆连接到固定设备,例如路边单元(RSU),但这需要在特定区域中部署大量昂贵的RSU。本文关注的是没有固定基础结构的分散式IVC的问题,并提出了一种在VANET中动态建立安全通信(DESCV)的方法,该方法特别适用于集中式基础结构或RSU不可用时的VANET通信密钥管理。通过协同分析和仿真,我们将证明DESCV在以相对最高240 km / h的相对速度行驶的车辆之间提供安全的通信方面表现良好。

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