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Hybrid improved technique for data security and authentication for RFID tags

机译:用于RFID标签的数据安全性和身份验证的混合改进技术

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摘要

In the modern era, the internet of things are gaining lot of attention because its provides a connecting of all devices with the internet. The users can access the all devices wirelessly from anywhere. The internet is public available network, anyone access the network. So, to provide the user's security and privacy data security and authentication is required. To provide security cryptography algorithms used but the limitation is that the standard algorithms which are approved by NIST such as AES large block, key size, and memory consumable and their performance not up to mark in resource constraint devices. In this paper, a hybrid lightweight improved technique is proposed for data security and authentication for RFID tags. The performance analysis for the proposed technique is done and compare with the existing algorithm. The result shows that the hybrid technique resolve brute force, linear and differential cryptanalysis attacks.
机译:在现代时代,物联网受到了广泛的关注,因为它提供了所有设备与互联网的连接。用户可以从任何地方无线访问所有设备。互联网是公共可用的网络,任何人都可以访问该网络。因此,为了提供用户的安全性和隐私性,数据安全性和身份验证是必需的。为了提供使用的安全密码算法,但局限性在于NIST认可的标准算法,例如AES大块,密钥大小和内存消耗品,其性能无法在资源约束设备中标记出来。在本文中,提出了一种混合轻量级改进技术,用于RFID标签的数据安全性和身份验证。对提出的技术进行了性能分析,并与现有算法进行了比较。结果表明,该混合技术可解决暴力破解,线性和差分密码分析攻击。

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