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Inter-vehicular communications: Security and reliability issues

机译:车辆间通信:安全性和可靠性问题

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Inter-vehicular communication of future will have the potential to avoid some of the major problems of road travel, namely, collisions, traffic congestions, fuel consumption, emissions and the like. Vehicular ad-hoc networks (VANETs) when implemented, will make the largest implementation of ad-hoc networks. It has been observed that security of VANETs is of paramount importance, because malicious attacks can endanger human lives. Considerable research has been focused on enhancing the security of such networks via secure protocols designed for VANETs. This paper, in addition to discussing the existing security protocols, concentrates on ways to improve the intelligence of the decision system to enhance security and tackle spurious data, with the help of the physics of vehicle dynamics and historical data, which may be collected from various sensors like GPS, In-Vehicle Systems (IVS) and On-Road Assistance systems (ORA).
机译:未来的车辆间通信将有可能避免道路行驶中的一些主要问题,即碰撞,交通拥堵,燃料消耗,排放等。车载自组织网络(VANET)实施后,将成为自组织网络的最大实施方案。已经观察到,VANET的安全性至关重要,因为恶意攻击会危害人类生命。大量的研究集中在通过为VANET设计的安全协议来增强此类网络的安全性。本文除了讨论现有的安全协议外,还重点研究了如何借助车辆动力学和历史数据的物理机制,来提高决策系统的智能性,以增强安全性并处理虚假数据。 GPS,车载系统(IVS)和道路辅助系统(ORA)等传感器。

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