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Efficient Use of Blind Reversible Watermarking Technique

Sachin Kumar Malviya

Abstract


This paper proposes a blind reversible watermarking technique which consolidates the histogram shifting in wavelet domain. The image is converted by integer wavelet transform into wavelet domain. The watermark information is installed into the sub-band coefficients distinguished by just noticeable distortion (JND) of the changed host image. To guarantee the preclusion of pixel overflow and underflow in spatial domain property motivated pixel adjustment (PIPA) is likewise utilized, at long last finally wavelet-domain statistical quantity histogram shifting and clustering are utilized for enhancing strength and diminishing run-time intricacy of the removing procedure. The results exhibit transcendence of the proposed approach for various host and watermark images. It additionally exhibits the productive recuperation of both watermark and host image.

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References


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