Steganographic Technique Using Secure Adaptive Pixel Pair Matching for Embedding Multiple Data Types in Images

T. Edwina Alias, Dominic Mathew, Abraham Thomas
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引用次数: 3

Abstract

Steganography is one of the newly emerging area of development in the field of signal processing. It is the technique of hiding the fact that communication is even taking place, by hiding information in any other information. In this paper, a secure data-hiding method is proposed for hiding multiple datatypes such as text, image and audio within images by Secure Adaptive Pixel Pair Matching(SAPPM) which can be effectively used for colour images as well as gray scale images. The secret message is encrypted using a pseudo random sequence, which is generated according to the secret key given by the user. The encrypted secret message is hidden in cover image using SAPPM algorithm. Compared with previous methods like Least Significant Bit(LSB) substituition, simple Diamond Encoding(DE) and APPM, the proposed method provides a much more stronger algorithm which incorporates cryptography along with steganography, and always have a lower distortion.
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基于安全自适应像素对匹配的图像多数据类型嵌入隐写技术
隐写术是信号处理领域中一个新兴的发展领域。它是一种通过将信息隐藏在其他信息中来隐藏正在进行的交流的技术。本文提出了一种基于安全自适应像素对匹配(SAPPM)的安全数据隐藏方法,用于隐藏图像中的文本、图像和音频等多种数据类型,该方法可以有效地用于彩色图像和灰度图像。秘密消息使用伪随机序列进行加密,该序列是根据用户给出的秘密密钥生成的。采用SAPPM算法将加密后的秘密信息隐藏在封面图像中。与LSB (Least Significant Bit)替换、简单钻石编码(simple Diamond Encoding, DE)和APPM等方法相比,该方法将密码学和隐写术结合在一起,提供了更强的算法,并且总是具有更低的失真。
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