Lossless Data Hiding Using Bit-Depth Embedding for JPEG2000 Compressed Bit-Stream
Harbin(2008)
Abstract
We have proposed a reversible information hiding for binary images. In this paper, we presents a lossless data hiding method for JPEG2000 compressed data based on the reversible information hiding. In JPEG2000 compression, wavelet coefficients of an image are quantized,therefore, the least significant bit plane (LSB) can be extracted. The proposed method recovers the quantized wavelet coefficients of cover images from stego images. To realize this, we embed not only secret data and the JBIG2 bit-stream of a part of the LSB plane but also the bit-depth of the quantized coefficients on some code-blocks.Experimental results demonstrate the feasibility of application of the proposed method to image alteration detection for JPEG2000 compressed data.
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Key words
quantized wavelet coefficient,quantized coefficient,bit-depth embedding,cover image,reversible information hiding,compressed bit-stream,lsb plane,binary image,lossless data hiding,lossless data,jpeg2000 compression,secret data,wavelet transforms,data mining,information hiding,data compression,jpeg2000,least significant bit,transform coding,binary images,pixel,data hiding
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