Pattern encryption with cellular automata - A LabVIEW implementation on FPGA

Mihail Chitic, O. Machidon, F. Sandu, T. Balan, M. Machedon-Pisu
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Abstract

Encryption of critical information is usually resource-intensive. The solution developed by the authors represents an efficient method for data encryption that uses cellular automata. The original contributions are mostly at the implementation level. A demonstrator based on FPGA boards was integrated with a new top-down LabVIEW approach that doesn't need particular hardware description skills. The first part of the paper solution proposes the use of programmable reversible cellular automata. The second part of the solution involves hybrid cellular automata. The specific advantages and disadvantages of the two solutions are presented in the paper, considering the reconfigurable hardware limitations.
基于元胞自动机的模式加密- LabVIEW在FPGA上的实现
关键信息的加密通常是资源密集型的。作者提出的解决方案代表了一种利用元胞自动机进行数据加密的有效方法。最初的贡献主要在实现级别。基于FPGA板的演示器与新的自上而下的LabVIEW方法集成,不需要特定的硬件描述技能。论文的第一部分提出了使用可编程可逆元胞自动机的解决方案。解决方案的第二部分涉及混合元胞自动机。考虑到可重构硬件的限制,本文给出了这两种方案的具体优缺点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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