Encryption with Covertext and Reordering using Permutated Table and Random Function

E. Ardhianto, Widiyanto Tri Handoko, Hari Murti, Rara Redjeki
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Abstract

Documents for some entities are confidential and important, so security is required. Encryption with Covertext and Reordering (ECR) is a text-based document security model. ECR uses a random key to generate the ciphertext. The ECR's random key was selected using the human-generated method. This research aims to increase the level of document security based on the ECR mechanism. This paper proposes a new method by using a random key in a permutated table. The random key is generated automatically by a function. The entropy is used as a measurement of the security level of the encrypted documents. The experimental shows that the permutated table inside the ECR provides better entropy values. It implies a better security level. The use of permutated tables also makes it easier to use ECR to secure documents.
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使用置换表和随机函数的复文本加密和重排序
对于某些实体来说,文档是机密和重要的,因此需要安全性。ECR (Covertext Encryption with Reordering)是一种基于文本的文档安全模型。ECR使用一个随机密钥来生成密文。使用人工生成的方法选择ECR的随机密钥。本研究旨在提高基于ECR机制的文档安全性。本文提出了一种在置换表中使用随机键的新方法。随机密钥由一个函数自动生成。熵被用作加密文档安全级别的度量。实验表明,ECR内的置换表能提供更好的熵值。这意味着更高的安全级别。排列表的使用也使得使用ECR保护文档变得更加容易。
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