The grid-based identity signcryption algorithm and application in Ad Hoc network

Shaohua Chen, Xiaoguang Fan, Yong-jian Yang, Jinke Huang, Xianming Sun
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Abstract

Identity-based signcryption which guarantees the confidentiality and authentication of message is suitable for the key management of Ad Hoc network due to its low computation cost. Aiming at the deficiencies of the existing identity-based signcryption algorithms, this paper proposes an efficient grid-based identity signcryption algorithm which adopts a low overhand, high expandability and high connectivity grid as the logical structure. By using this signcryption algorithm in the key management scheme of Ad Hoc network, the communication and computation cost of key management is reduced and the safety and efficiency of the key management scheme is enhanced. The analyses show that the Ad Hoc network has a good ability of resistance to the attack when the new signcryption algorithm is used in key management.
基于网格的身份签名加密算法及其在Ad Hoc网络中的应用
基于身份的签名加密由于计算成本低,保证了消息的保密性和认证性,适合于Ad Hoc网络的密钥管理。针对现有基于身份的签名加密算法的不足,本文提出了一种高效的基于网格的身份签名加密算法,该算法采用低重叠、高可扩展性和高连通性的网格作为逻辑结构。在Ad Hoc网络的密钥管理方案中使用该签名加密算法,降低了密钥管理的通信和计算成本,提高了密钥管理方案的安全性和效率。分析表明,采用新的签名加密算法进行密钥管理时,Ad Hoc网络具有良好的抗攻击能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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