采用RSA和混沌算法对图像进行超级加密,提高了图像的安全性

Dhulipalla Venkata Rao, Sanepalli Pavan Kumar Reddy, Chidaraboina Anusha, Dendukuri Bhoomika, Rayalla Venkateswarlu
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引用次数: 0

摘要

由于Internet和其他通信工具的使用增加,对图像加密的需求也在增加。很容易攻击和窃取通过不安全的开放通道发送的图像。加密技术对于保护照片不受攻击是必要的。在现代,加密领域正在显著增长。考虑到网络攻击变得多么危险,图像安全是最重要的。最受欢迎的隐藏信息的方法之一是使用图像加密。基于不同的算法,存在几种不同的图像加密方法。其中包括RSA算法,该算法通过使用公钥和私钥加密数据,提供更快的加密速度,但安全性较低。尽管需要更长的时间,但另一种被称为基于混沌的算法的算法提供了更高的图像安全性。RSA和基于混沌的算法可以结合在一起产生高级加密,在更短的时间内提供更高的安全性。通过使用RSA生成的具有足够密钥长度的密钥来阻止暴力攻击的成功,可以在不影响安全性的情况下提高加密性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Image Security is Improved by Super Encryption using RSA and Chaos Algorithms
The need for image encryption is increasing as a result of the increased usage of the Internet and other communication tools. It is easy to attack and steal images sent over unsecured open channels. Techniques of encryption are necessary to safeguard the photos from attackers. In the modern period, the area of encryption is growing significantly. Given how dangerous cyber assaults become, image security is of the highest importance. One of the most well-liked methods to hide information is using image encryption. Based on various algorithms, there exist several ways for picture encryption. Some of them include the RSA algorithm, which offers faster encryption s peed and less security by encrypting data with public and private keys. Even though it takes longer, a different algorithm known as the Chaos-based algorithm offers greater picture security. The RSA and Chaos-based algorithms may be combined to produce advanced encryption, which gives high security in a shorter period of time. By using an RSA- generated key with a sufficient key s pace to thwart brute force attacks from succeeding, the encryption performance may increase without compromising the security.
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