AES加密中高效混合列变换的实现

S. Sridevi sathya priya, M. Junias, S. Sarah Jenifer, A. Lavanya
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引用次数: 0

摘要

美国国家标准与技术研究所(NIST)宣布Rijndael为新的高级加密标准(AES)。DES算法是AES算法的前身,AES算法由于存在强制攻击而不安全。AES是一种对称分组密码。该加密过程包括密钥扩展、添加圆密钥、子字节、移动行和混合列。本文介绍了高效加密算法的概况和AES算法中高效混合列的实现。混合列变换是将状态数组矩阵与常数方阵相乘的线性运算。在Mix Column中引入LUT架构是为了减少面积。由于乘法是一个缓慢的过程,这反过来又降低了整个AES加密过程的速度,因此为了减少延迟,还引入了流水线架构。
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Implementation of Efficient Mix Column Transformation for AES encryption
The National Institute of Standards and Technology(NIST) announced Rijndael as the new Advanced Encryption Standard(AES). DES algorithm was the predecessor of AES algorithm which was insecure because of force attacks. The AES is a symmetric block cipher. This encryption process consists of key expansion, Add Round Key, sub bytes, Shift Rows and mix column. This paper presents the survey of efficient cryptographic algorithms and implementation of efficient Mix Column in AES algorithm. Mix column transformation is the linear operation in which the state array matrix is multiplied with constant square matrix. LUT architecture is to be introduced in Mix Column in order to reduce the area. Also pipelining architecture is to be introduced in order to reduce the de;ay since the multiplication is the slow process which in-tum reduces the speed of whole AES encryption process.
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