The Audio Encryption Approach uses a Unimodular Matrix and a Logistic Function

S. Arifin, K. Tan, Audrey Tabitha Ariani, Sri Rosdiana, Mohammad Nasir Abdullah
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Abstract

The encryption algorithm is very important to guard the confidentiality of audio information. One of the most effective audio encryption algorithms is to use a unimodular matrix and Bernoulli function. In this research, we develop an audio encryption algorithm that uses a unimodular matrix and a Bernoulli function. This algorithm is implemented using the language Python programming. The audio data encrypted using this algorithm is capable produce audio data that is secure and difficult for unauthorized parties to decipher authorized. In addition, this algorithm also has good performance in terms of speed and efficiency.
音频加密方法使用了一个单模矩阵和一个逻辑函数
加密算法对于保护音频信息的机密性是非常重要的。使用非模矩阵和伯努利函数是最有效的音频加密算法之一。在本研究中,我们开发了一种使用非模矩阵和伯努利函数的音频加密算法。该算法使用Python语言编程实现。使用该算法加密的音频数据能够产生安全且难以被非授权方破译的音频数据。此外,该算法在速度和效率方面也具有良好的性能。
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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