基于量子计算和小波变换融合的图像隐写

Juned Ahmed Mazumder, K. Hemachandra
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引用次数: 2

摘要

在信息技术的进步中,信息安全的作用是非常重要的。许多组织,包括研究和教育机构,IT公司探索量子计算领域,由于该领域正在迅速发展。量子计算机的机制为量子数据提供了更大的安全性。为此,我们提出了一种利用量子计算和小波变换相结合的新型高安全性隐写系统。该算法在嵌入秘密信息之前,将小波变换高频信息中的正常信号转换为量子信号,为嵌入数据提供了双重安全性。消息提取过程依赖于相应的低频信息系数值,该系数值作为伪随机密钥。为了评估我们提出的算法的完成,我们对不同的图像格式使用了三个参数MSE, PSNR和RS。所有这些指标都表明,原始图像失真很小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Image Steganography Using the Fusion of Quantum Computation and Wavelet Transformation
In the advancement of information technology the role of security of information is very significant. Many organization including research and educational institute, IT companies exploring the area of quantum computation due to which the field is advancing very quickly. The mechanism of quantum computer provides greater security for quantum data. So in this research we present a new high security steganography system using hybridization of quantum computation and wavelet transformation. The proposed algorithm provides dual security for the embedded data as we transform the normal signal of the high frequency information of wavelet transformation into quantum signal before embedding the secret information. The message extraction process depends on the corresponding coefficient value of low frequency information which acts as a pseudo random key. To assess the accomplishment of our proposed algorithm we have used three parameters MSE, PSNR and RS for different image formats. All these metrics showed that there is very less distortion of the original image.
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