Implementation of stream cipher Salsa20 algorithm to secure voice on push to talk application

Diyana Afdhila, S. M. Nasution, Fairuz Azmi
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引用次数: 13

Abstract

Currently, the development of technology is progressing very fast, as well as information on the media technologies such as Push to Talk. But the level of information security of voice data that is sent still not assured. Confidential information security should be increased. Because it is required by cryptography method to maintain data confidentiality of such information. This final research project will also design and make a Push to talk application. In this study, the authors will examine the security of voice data using Salsa20 as a stream cipher cryptography algorithms. This study aims to analyze the performance of the Stream Cipher Salsa20 Algorithm by parameters: encryption and decryption processing time, the avalanche effect. Encryption and decryption process are quite fast, it only takes 0–2 ms for one packet and from the result of avalanche effect testing, we can see that salsa20 has a good performance on data security because it has 52% bit changes.
实现了流密码Salsa20算法,以确保语音推送通话应用的安全性
目前,科技的发展非常迅速,信息媒体技术也在飞速发展,如推讲等。但是,所发送的语音数据的信息安全水平仍然没有得到保证。加强保密信息安全。因为密码学方法要求保持这些信息的数据机密性。这个最终的研究项目还将设计和制作一个语音推送应用程序。在本研究中,作者将使用Salsa20作为流密码加密算法来检查语音数据的安全性。本研究旨在从加解密处理时间、雪崩效应等参数分析流密码Salsa20算法的性能。加密和解密过程非常快,一个数据包只需要0-2 ms,从雪崩效应测试的结果可以看出,salsa20具有良好的数据安全性能,因为它有52%的位变化。
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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