基于可编程元胞自动机的加密算法

P. Anghelescu, E. Sofron, C. Rîncu, Vasile-Gabriel Iana
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引用次数: 19

摘要

本文提出了一种新的基于可编程元胞自动机(PCA)理论的加密算法。由于元胞自动机和并行信息处理的特性,该密码系统具有密钥空间大、速度快的特点。此外,加密和解密设备共享相同的模块,这为高速应用中加密模块的实现提供了合适的解决方案。因此,该方案可以有效地实现在硬件上,在可重构的硬件结构。该设计在软件上使用c#编程语言实现,在硬件上使用VHDL在XC3S500E FPGA板上实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Programmable cellular automata based encryption algorithm
In this paper, we present a new encryption algorithm based on the programmable cellular automata (PCA) theory. The cryptosystem is featured by its large key space and high speed due to cellular automatapsilas parallel information processing property. Moreover, the encryption and decryption devices share the identical modules, which give appropriate solutions for implementation of the cryptographic modules in high speed applications. So the scheme could be implemented efficiently in hardware, in reconfigurable hardware structures. The design has been implemented in both: in software using C# programming language and in hardware on a XC3S500E FPGA board using VHDL.
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