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Self-initialized Distributed Certificate Authority for Mobile Ad Hoc Network

机译:用于移动临时网络的自初始化分布式证书颁发机构

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Mobile Ad Hoc Network (MANET) is suitable for providing communication services in situations where no infrastructure exists. Due to the unique features of MANET, most of the applications of MANET have non-trivial security requirements. As the basis of security services, key management is essential for securing communication systems. In this paper, we address issues critical to key management in MANET. A Self-initialized Distributed Certificate Authority (SDCA) model which combines the advantages of two existing schemes, the Distributed Certificate Authority (DCA) scheme and Certificate Chain (CC) scheme, is proposed. In the proposed model, no trusted dealer or the pre-established trust relationships is required. Instead, entities in the MANET could collaborate to initialize the key management service on the fly. The simulation results illustrate that the proposed model will bring less communication, storage and computational overheads for maintaining and using the key management service than other self-organized key management schemes.
机译:移动临时网络(MANET)适用于在不存在基础架构的情况下提供通信服务。由于MANET的独特功能,MANET的大部分应用都具有非琐碎的安全要求。作为安全服务的基础,关键管理对于保护通信系统至关重要。在本文中,我们解决了对MANET中的关键管理至关重要的问题。建议了一个自我初始化的分布式证书颁发机构(SDCA)模型,其结合了两个现有方案,分布式证书颁发机构(DCA)方案和证书链(CC)方案的优势。在拟议的模型中,不需要可信经销商或预先建立的信任关系。相反,MANET中的实体可以协作才能初始化密钥管理服务。仿真结果表明,所提出的模型将带来较少的通信,存储和计算开销,用于维护和使用与其他自组织密钥管理方案的关键管理服务。

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