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Optimal Gaussian weight predictor and sorting using genetic algorithm for reversible watermarking based on PEE and HS

Author(s)
Panyindee, Chaiyaporn
Pintavirooj, Chuchart
Date Issued
September 1, 2016
Type
Article
DOI
10.1587/transinf.2016EDP7030
Abstract
This paper introduces a reversible watermarking algorithm that exploits an adaptable predictor and sorting parameter customized for each image and each payload. Our proposed method relies on a well-known prediction-error expansion (PEE) technique. Using small PE values and a harmonious PE sorting parameter greatly decreases image distortion. In order to exploit adaptable tools, Gaussian weight predictor and expanded variance mean (EVM) are used as parameters in this work. A genetic algorithm is also introduced to optimize all parameters and produce the best results possible. Our results show an improvement in image quality when compared with previous conventional works.
Citation
IEICE Transactions on Information and Systems, E99D(9), 2306-2319, 2016
Subjects

Expanded variance mea...

Gaussian weight predi...

Histogram shifting (H...

Prediction-error expa...

Reversible watermarki...

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