基于身份验证的无线传感器网络入侵检测密码学

Q4 Engineering
D. Rajan, E. R. Naganathan
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引用次数: 0

摘要

本文实现了基于身份验证的加密系统(IDVBC)机制,以提供一种新颖、安全的节点间数据传输。在这里,基于令牌的节点身份验证以及证书和数据编码机制被执行,以降低无线网络中的复杂性。通过应用本地身份验证方案,降低了通信开销,简化了证书管理过程。每个传感器都拥有一个本地私钥,并且应该与基站生成的公钥相匹配。编码过程使用散列签名方案来增强网络中的安全措施。源节点发送具有生成的本地私钥和标记的令牌ID的加密或编码数据。一旦完成了令牌ID验证并且密钥与BS生成的全局私钥匹配,则接收器接收解密或解码的数据。所提出的IDVBC方案能够检测节点的恶意活动,提供高级别的安全性,并能够容忍多次安全攻击。在安全数据传输方面,所提出的方案比传统方法提高了39%的效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identity verification-based cryptography for detecting intrusion in wireless sensor networks
Identity Verification Based Cryptosystem (IDVBC) mechanism is implemented here for providing a novel and secure data transmission among nodes. Here, token-based node identity verification along with certificates and data encoding mechanism is carried out to reduce the complexity in wireless networks. By applying local identity verification scheme, the communication overheads get reduced and hence the certificate management process is simplified. Each sensor owns a local private key and should get matched with the public key generated by the base station. Encoding process uses hash signature schemes for enhancing the security measures in the network. Source node sends the encrypted or encoded data with the generated local private key and labelled token ID. Once the token ID verification is done and the key matches with the global private key generated by the BS, the decrypted or decoded data is received by the receiver. The proposed IDVBC scheme has the ability to detect malicious activity of the node, to provide high-level security and able to tolerate several security attacks. Proposed scheme is improved with 39% efficiency better than the conventional method in terms of secured data transmission.
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来源期刊
International Journal of Vehicle Information and Communication Systems
International Journal of Vehicle Information and Communication Systems Computer Science-Computer Science Applications
CiteScore
1.20
自引率
0.00%
发文量
15
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