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Design of AES Based on Dual Cipher and Composite Field

机译:基于双重密码和复合场的AES设计

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摘要

Recently, Barkan and Biham proposed the concept of dual ciphers and pointed out that there are 240 dual ciphers of AES (Dual AES). An interesting application of dual ciphers is to design a cipher which run faster than the original cipher. In this paper, we first generalize the dual AES and propose a complete setup procedure to determine all dual ciphers. Then, a hardware implementation of AES based on the combination of dual cipher and composite field is proposed. We demonstrate that our AES design not only offers better performance and smaller area requirement than the design proposed by Wolkerstorfer et al which uses a composite field only. Our results confirm Barkan et al.'s conjecture that it is possible to design an AES cipher more efficiency than ever.
机译:最近,Barkan和Biham提出了双重密码的概念,并指出有240个AES(双重AES)双重密码。对偶密码的一个有趣应用是设计一种比原始密码运行速度更快的密码。在本文中,我们首先对双重AES进行了概括,并提出了确定所有双重密码的完整设置过程。然后,提出了基于双重密码和复合域相结合的AES硬件实现。我们证明,与仅使用复合场的Wolkerstorfer等人提出的设计相比,我们的AES设计不仅提供了更好的性能和更小的面积要求。我们的结果证实了Barkan等人的推测,即可以设计出比以往更高效率的AES密码。

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