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A novel joint secret image sharing and robust steganography method using wavelet

机译:小波的新型联合秘密图像共享和鲁棒隐写方法

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In this paper a data hiding method is proposed based on the combination of a secret sharing technique and a novel steganography method using integer wavelet transform. In this method in encoding phase, first a secret image is shared into n shares, using a secret sharing technique. Then, the shares and Fletcher-16 checksum of shares are hidden into n cover images using proposed wavelet based steganography method. In decoding phase, t out of n stego images are required to recover the secret image. In this phase, first t shares and their checksums are extracted from t stego images. Then, by using the Lagrange interpolation the secret image is revealed from the t shares. The proposed method is stable against serious attacks, including RS and supervisory training steganalysis methods, it has the lowest detection rate under global feature extraction classifier examination compared to the state-of-the-art techniques. Experimental results on a set of benchmarks showed that this method outperforms conventional methods in offering a high secure and robust mechanism for joining secret image sharing and steganography.
机译:本文提出了一种基于秘密共享技术和使用整数小波变换的新型隐写方法相结合的数据隐藏方法。在此编码阶段的方法中,首先使用秘密共享技术将秘密图像共享为n个共享。然后,使用建议的基于小波的隐写方法将份额和份额的Fletcher-16校验和隐藏到n个封面图像中。在解码阶段,需要n个隐秘图像中的t个来恢复秘密图像。在此阶段,从t个隐身图像中提取前t个份额及其校验和。然后,通过使用拉格朗日插值法,从t个份额中显示秘密图像。所提出的方法对于包括RS和监督训练隐写分析方法在内的严重攻击是稳定的,与最新技术相比,在全局特征提取分类器检查下,其检测率最低。在一组基准上的实验结果表明,该方法在提供用于加入秘密图像共享和隐写术的高安全性和鲁棒性机制方面优于传统方法。

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