Efficient Binary Data Hiding Technique in Boundary Points

Subodh Kumar, Sandip Mal
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Abstract

Data hiding is now becoming most important research area now a day. One efficient binary data hiding technique into a digital image has been proposed in this study. The proposed work focuses on the learning of different edge detection and data hiding techniques and analysis of their relative performances. Work focuses on finding the boundary edges of size of the length of the data to be hided. Sobel, Prewitt, Roberts and Canny edge detection techniques have been used to hide data. Comparison results show Prewitt is a better technique for finding the edges of particular size. Binary data of different size have been hided in edges points to generate the image with hided data. Original data is also extracted from the image with similar approach of hiding. The proposed technique hides data with minimum number of change of bits of the original image (As an example: Twenty bits of data can hide by changing of four bits only). Therefore the proposed approach is most efficient and useful for hiding information.
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边界点的有效二进制数据隐藏技术
数据隐藏已成为当今世界最重要的研究领域。本文提出了一种有效的数字图像二进制数据隐藏技术。本文的工作重点是学习不同的边缘检测和数据隐藏技术,并分析它们的相对性能。工作的重点是寻找与待隐藏数据长度大小相等的边界边。Sobel, Prewitt, Roberts和Canny边缘检测技术被用来隐藏数据。比较结果表明,对于寻找特定尺寸的边缘,Prewitt是一种更好的技术。将不同大小的二值数据隐藏在边缘点中,生成隐藏数据的图像。采用类似的隐藏方法从图像中提取原始数据。该技术以最小的原始图像位数变化来隐藏数据(例如:仅改变4位就可以隐藏20位数据)。因此,该方法对于信息隐藏是最有效和有用的。
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