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Performance Analysis of Encryption Algorithms’ Text Length Size on Web Browsers

机译:Web浏览器上加密算法的文本长度大小的性能分析

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摘要

Information can easily be acquired over the Internet, as we know it today. Some are meant to be visible, while others are considered to be sensitive and meant to be secretive. This however, brings about the basic problem of susceptibility to abuse if mistreated. Thus, the proprietor would want sensitive data to remain sensitive and confidential. In order to do this, the data has to be secured. In this study, the security measure that has been selected is encryption. We have proposed a Web programming language to be analyzed with four Web browsers in term of their performances to process the encryption of the programming language’s script with the Web browsers. Firstly, we introduce one of the encryption techniques that can be applied, which is the eXclusive OR (XOR) operation, and how the text data are converted into hexadecimals. This is followed by conducting tests simulation in order to obtain the best encryption algorithm versus Web browser. The results of the analysis are presented in the form of graphs. We finally conclude on the findings that different algorithms perform differently to different Web browsers. Hence, we now determine which algorithm works best and most compatible with which Web browser.
机译:众所周知,信息可以很容易地通过Internet获得。有些被认为是可见的,而另一些则被认为是敏感的,并且是秘密的。但是,这带来了一个基本问题,即如果受到虐待,很容易受到虐待。因此,所有者希望敏感数据保持敏感和机密。为此,必须保护数据。在这项研究中,已选择的安全措施是加密。我们已经提出了一种Web编程语言,可以使用四种Web浏览器对其性能进行分析,以使用Web浏览器处理该编程语言的脚本加密。首先,我们介绍一种可以应用的加密技术,即“异或”(XOR)操作,以及如何将文本数据转换为十六进制。接下来进行测试模拟,以获得与Web浏览器相比最佳的加密算法。分析结果以图表的形式呈现。最后,我们得出结论,不同的算法对不同的Web浏览器的执行方式不同。因此,我们现在确定哪种算法最有效,并且与哪种Web浏览器最兼容。

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