Design of a Creative Encryption Approach Based on Pataphysics

Xuan Wang, Lu Zhang, Hongji Yang
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Abstract

Encryption algorithms are widely used to enhance the data confidentiality and integrity in software systems. Most of the conventional encryption algorithms are designed based onmathematical methods. Sometimes there are traces left behind, which can be possibly detected and utilised by attackers. Basedon the ideas of knowledge combination derived from CreativeComputing, in order to provide a safer user experience, thispaper attempts to introduce a creative encryption approachbased on Pataphysics. Pataphysics is widely known as the scienceof imaginary solutions and laws, governing exceptions. One of themost important advantages of Pataphysics is the novel orinnovative methods to understand and explore the surroundingworld. It is believed that based on the key concepts provided byPataphysics, Clinamen, something new might be discovered fortraditional encryption design. The creative approach aims toutilise the ambiguity in language to enhance the confidentiality ofencryption algorithms. We hope the proposed approach couldprovide a promising direction for software and information security.
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一种基于密码物理的创新加密方法设计
在软件系统中,加密算法被广泛用于提高数据的保密性和完整性。大多数传统的加密算法都是基于数学方法设计的。有时会留下痕迹,攻击者可能会发现并利用这些痕迹。基于创造性计算的知识组合思想,为了提供更安全的用户体验,本文尝试引入一种基于物理的创造性加密方法。物理被广泛认为是一门关于假想的解决方案和规律的科学,它们支配着例外。物理科学最重要的优势之一是用新颖或创新的方法来理解和探索周围世界。本文认为,基于物理、计算机等提供的关键概念,可能会为传统的加密设计带来新的突破。这种创造性的方法旨在利用语言的模糊性来提高加密算法的保密性。我们希望所提出的方法可以为软件和信息安全提供一个有前途的方向。
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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