Using IFS as an Encryption Method

N. Al-Saidi, Muhammad Sd. Rushdan
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引用次数: 2

Abstract

Encryption is the process of rearrange the message into difference form so that the message is keep secret The IFS is a scheme for describing and manipulating complex fractal attractors using simple mathematical models. More precisely, the most popular “fractal –based” algorithms for both representation as well as compression of computer images have involved some implementation of the method of Iterated Function Systems (IFS) on complete metric spaces. Fractals are generated by simple, recursive calculations. This paper proposes a novel encryption method based on the theory of iterated function system (IFS). This approach exploits the main feature of fractals generated by IFS, so that any individual that happens to find the transformed message will not be able to understand it without the correct method that will reverse the transformation, usually through some contact/ agreement with the original.
使用IFS作为加密方法
加密是将信息重新排列成不同形式以使信息保密的过程。IFS是一种使用简单数学模型来描述和操纵复杂分形吸引子的方案。更准确地说,最流行的“基于分形的”算法,无论是表示还是压缩计算机图像,都涉及到迭代函数系统(IFS)方法在完全度量空间上的一些实现。分形是由简单的递归计算生成的。提出了一种基于迭代函数系统(IFS)理论的新型加密方法。这种方法利用了IFS生成的分形的主要特征,因此,如果没有正确的方法(通常是通过与原始消息的某种接触/协议)来逆转转换,任何碰巧找到转换后消息的人都无法理解它。
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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