使用基于256位多模态生物识别的加密密钥保护数字数据

V. Arulalan, K. Joseph, V. Premanand
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引用次数: 0

摘要

在这个数字时代,数字文档被广泛使用。数字文档的优点是巨大的,但它的安全性和隐私性是很大的。因此,密码学被用来保护数字文档。密码学是一种以特定形式存储和传输数据的方法,以便只有那些想要读取和处理它的人才能读取和处理它。本文提出了一种利用多模态生物识别系统生成的256位密钥对数字文档进行加密的新思路。该系统使用掌纹和指纹作为特征。对两种特征进行特征级提取和融合。这种基于生物特征的加密密钥对于入侵者来说是不可预测的,因为入侵者缺乏对用户物理特征的了解。该模型实现了机密性、完整性和可用性机制。这种基于生物特征的加密安全可以集成到电子政务和电子医疗中,以实现高效管理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Securing digital data using 256-bit multimodal biometrics based cryptographic key
In this digital era, digital documents are widely used. The merits of digital documents are huge while its security and privacy are at large. Hence Cryptography is used to secure digital documents. Cryptography is a method of storing and transmitting data in a particular form so that only those for whom it is intended can read and process it. In this paper a novel idea is proposed, digital documents are encrypted using 256 bit cryptographic key which is generated by multimodal biometric system. This system uses Palmprint and Fingerprint as traits. The features of both traits were extracted and fused at feature level. This biometric based cryptographic key is unpredictable to an intruder as the intruder lacks the knowledge of physical traits of the user. By this proposed model confidentiality, integrity, availability mechanisms are achieved. This biometric based cryptographic security can be integrated to e-governance and e-health for efficient management.
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