基于卡纳达语的混合密码保护隐私权方案

Yamini C, V. S. Praveen, Shrikant S. Tangade, S. Manvi
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引用次数: 0

摘要

在这个数字化时代,数据安全对于维护任何公司或个人信息的安全起着至关重要的作用。数据的隐私和完整性成为不容妥协的主要因素。因此,为了保证数据传输的高度安全,我们已经熟悉了大量的加密技术,但它们都有自己的局限性。我们的首要任务是保护数据免受任何形式的数据泄露,如密码分析或暴力攻击,这是可以测试算法效率的地方。本文提出了一种基于Kannada语言的保护隐私权混合加密方案(KHCS-HRP),该方案使用Kannada语言对数据进行双重校验,从而实现了一种高效的加密方式。除此之外,我们还将使用椭圆曲线加密、高级加密标准和XOR- DUAL RSA算法相结合的混合加密技术来克服对称加密中密钥大小和非对称加密时安全级别低的缺点。MD5哈希算法采用多层哈希技术,快速生成哈希码,验证数据传输的身份验证和完整性。性能评价表明,与其他方案相比,该方案在效率方面取得了较好的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Kannada Language Based Hybrid Cryptographic Scheme for Protecting Human Rights for Privacy
In this era of digitalization, data security plays a key role in maintaining any firms or people's personal information securely. Privacy and integrity of data becomes the main factor that cannot be compromised on. Therefore, to ensure a highly secured data transmission, we are already familiar with a large number of encryption techniques but they have their own limitations. Where our priority becomes to secure the data from any form of data breach such as cryptanalysis or brute-force attack and this is where the efficiency of an algorithm can be tested. In this paper we propose a Kannada Language Based Hybrid Cryptographic scheme for Protecting Human Rights for Privacy (KHCS-HRP) which uses kannada language for an efficient way of encryption by double proofing the data. In addition to this we will be using a hybrid encryption technique by combining Elliptical curve cryptography, Advanced encryption standard and XOR- DUAL RSA algorithm to overcome the drawbacks of key size in symmetric encryption and low security level when it comes to asymmetric encryption. Furthermore, MD5 hash Algorithm is used to check authentication and integrity of data transfer by using a multilayered hash technique for fast generation of hash code. The performance evaluation of the proposed scheme showed effective results in the efficiency compared to other schemes.
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