Digital image steganography with encryption based on rubik's cube principle

Sevierda Raniprima, Bambang Hidayat, N. Andini
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引用次数: 10

Abstract

Information exchange between sender and receiver becomes very fast and easy. The quality of message transmission, especially the security, must be noticed. Data hiding is important for securing message. It can be done using cryptography and steganography. This paper describes the result of investigation on image steganography system using secret grayscale image and RGB image as a cover. Before the secret image is embedded into the cover, the encryption process is done to provide a more reliable security. The encryption method used is based on rubik's cube principle, by moving the pixels position in a digital image. The steganography uses LSB substitution method that works in spatial domain. The objective of this scheme is to obtain a high quality hidden secret image in order to keep message secret. Finally, effectiveness of the proposed scheme is tested using histogram analysis, Avalanche effect, Brute-Force attack, visual attack, statistical attack of Chi-Square analysis, and size and embedding position differences analysis.
基于魔方原理的数字图像隐写加密
发送者和接收者之间的信息交换变得非常快速和容易。消息的传输质量,尤其是安全性,必须引起人们的注意。数据隐藏对于保护消息非常重要。它可以使用密码术和隐写术来完成。本文介绍了以秘密灰度图像和RGB图像为封面的图像隐写系统的研究结果。在秘密图像嵌入封面之前,加密过程已经完成,以提供更可靠的安全性。使用的加密方法是基于魔方原理,通过移动像素在数字图像中的位置。隐写采用的是在空间域中工作的LSB替代方法。该方案的目标是获得高质量的隐藏秘密图像,以保证消息的保密性。最后,通过直方图分析、雪崩效应、暴力攻击、视觉攻击、卡方分析的统计攻击以及大小和嵌入位置差异分析来验证该方案的有效性。
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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