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Analysis and Implementation of Proficient Rijndael Algorithm with Optimized Computation

机译:优化计算熟练Rijndael算法的分析与实现

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Security is the major aspect in any type of communication systems. The generation of secret keys randomly provides good security as well as better complexity in cryptographic based algorithms. In literature there exist symmetric key algorithms which use the same key for encryption as well as decryption. Among all the algorithms, Advanced Encryption Standard (AES) is used in many fields of security in communications. In this paper, we have implemented 128 bit AES algorithm in hardware descriptive languages. Our proposed implementation has demonstrated efficient results in delay and area. Furthermore, we provide a comparison with the corresponding coding implementations.
机译:安全性是任何类型的通信系统中的主要方面。秘密密钥的生成随机提供良好的安全性以及基于加密的算法中的更好复杂性。在文献中,存在对称的密钥算法,其使用相同的密钥来加密以及解密。在所有算法中,高级加密标准(AES)用于通信中的许多安全领域。在本文中,我们在硬件描述性语言中实现了128位AES算法。我们拟议的实施已经证明了延迟和面积的有效结果。此外,我们提供与相应编码实现的比较。

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