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A VANET Anonymous Authentication Mechanism for Multi-level Application Scenarios

机译:用于多级应用方案的VANET匿名身份验证机制

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Vehicular Ad-hoc Network (VANET) is a rapid developing application of the Internet of Things, which has totally difference with the conventional traffic network. On one hand, a VANET needs to provide end-to-end verification that has been widely concerned by researchers. On the other hand, the privacy is also very important in a VANET. Because of the openness of VANETs, conventional security measures do not effectively guarantee vehicle's privacy. In other words, there is an urgent requirement for new security schemes to guarantee vehicular privacy in VANETs. Therefore, ensuring anonymity and authentication is a double requirement in VANETs. The both requirements seem contradictory but have to coexist. However, effective technology is few in literature and the existing anonymous authentication schemes cannot provide reverse trace mechanism when anonymity abuse happens. At the same time, these existing researches are limited to the application layer without considering the particularity of the perception layer and network layer. Without the support of the lower layer, the upper layer cannot achieve real security. Our aim is to build a lightweight anonymous authentication security system under the privacy preserving which considers the limitation of bottom layer devices and anonymity abuse problem.
机译:车载自组织网络(VANET)是物联网的快速发展应用,与传统的交通网络完全不同。一方面,VANET需要提供研究人员广泛关注的端到端验证。另一方面,隐私在VANET中也非常重要。由于VANET的开放性,传统的安全措施无法有效地保证车辆的私密性。换句话说,迫切需要新的安全方案来保证VANET中的车辆隐私。因此,确保匿名和身份验证是VANET的双重要求。这两个要求似乎是矛盾的,但必须共存。但是,有效技术在文献中很少,并且当匿名滥用发生时,现有的匿名身份验证方案无法提供反向跟踪机制。同时,这些现有的研究仅限于应用层,而没有考虑感知层和网络层的特殊性。没有下层的支持,上层将无法实现真正​​的安全性。我们的目标是在隐私保护下构建轻量级的匿名身份验证安全系统,该系统考虑了底层设备的局限性和匿名滥用问题。

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