一种改进的基于菱形编码的隐写技术

M. Haque, Jobayer Sheikh, Md. Jihan Al Rashid
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引用次数: 3

摘要

隐写术是一门将看似无害的信息隐藏在数字媒体中的科学。LSB替换技术是常用的信息隐藏技术。开发修正方向(EMD)方法是一种高容量的技术。EMD方法利用η相邻像素的关系来嵌入秘密数据。该方法可以将(2n + 1)任意符号秘密数字隐藏到η个覆盖像素中。Chao等人在此基础上提出了基于钻石编码(Diamond Encoding, DEMD)方法的数据隐藏方案,该方案可以在一对像素中嵌入(2k2 + 2k + 1)个任意的秘密数据。本文提出的方法是对需求分解方法的扩展。该方法需要一个参考矩阵,而我们的方法不需要这个参考矩阵,并且克服了溢出问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An improved steganographic technique based on diamond encoding method
Steganography is the science of hiding information in digital media that seemingly harmless. LSB replacement technique is commonly used in hiding information. Exploiting modification direction (EMD) method is a high capacity technique. EMD method uses the relationship of η adjacent pixels to embed the secret data. This method can hide (2n + 1)-ary notational secret digit into η cover pixels. Based on this method Chao et al. proposed Data Hiding Scheme with Diamond Encoding (DEMD) method which can embed (2k2 + 2k + 1)-ary secret data in a pair of pixel. Our proposed method is extension of DEMD method. A reference matrix is required for this method on the other hand our method doesn't need this matrix and also overcome the overflow problem.
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