A Novel Revesible Data Hiding based on Improved Pixel Value Ordering Method

T. Cao, Dinh Phong Pham, Hoang Hiep Pham
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引用次数: 0

Abstract

Reversible data hiding based on the preservationof sorted pixel value ordering (PVO) technique has beenresearched and expanded recently due to its high embeddingcapacity and good image quality. secret data is always embedded in the largest or smallest pixel of the sub-block. Thus,each sub-block will embed two bits. The more blocks an imagehas, the higher the embedding potential. In this paper, to havemore sub-blocks, the paper divides the image into sub-blockswith 3 pixels and embeds 2 bits in the maximum value and1 bit in the minimum value. Therefore, each sub-block of theproposed embedding scheme is able to hide three bits insteadof the two bits as in the original scheme. The experimentalresults also show that the proposed scheme has a significantlyhigher embedding capacity.
一种基于改进像素值排序的可逆数据隐藏方法
基于保留有序像素值排序(PVO)的可逆数据隐藏技术由于其高嵌入容量和良好的图像质量,近年来得到了广泛的研究和推广。秘密数据总是嵌入在子块的最大或最小像素中。因此,每个子块将嵌入两个比特。图像的块越多,嵌入的潜力就越高。为了获得更多的子块,本文将图像分成3个像素的子块,并在最大值中嵌入2位,在最小值中嵌入1位。因此,所提出的嵌入方案的每个子块能够隐藏3位,而不是像原始方案那样隐藏2位。实验结果还表明,该方案具有显著提高的嵌入容量。
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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