基于量子Daubechies D(4)小波的图像水印算法
Quantum Image Watermarking Algorithm Based on Daubechies D(4) Wavelet Transform
摘要: 本文基于小波变换理论及其在图像水印算法中的应用，给出了利用量子Daubechies D(4)小波变换分解FRQI量子图像的量子线路设计以及基于量子Daubechies D(4)小波变换的分块量子水印算法。该算法首先将经典图像用量子图像形式表示，其次利用Daubechies D(4)小波变换对其进行一级分解，最后将量子水印信息插入到高频段的对角小波系数中。对载体图像影响较小，同时具有较强的嵌入容量以及嵌入质量。
Abstract: Based on wavelet transform theory and its applications in image watermarking algorithm, a watermarking algorithm based on the application of Quantum Daubechies D(4) Wavelet Transform (QDWT) to decompose quantum images represented by FRQI and the design of quantum circuit based on QDWT are proposed. Algorithm firstly shows classic image by using the quantum image representation, then the first decomposition is performed using DWT, and lastly watermarking information is embedded into ten carrier image’s diagonal wavelet coefficients of the high frequency subband. It has little influence on the carrier image, and has strong embedding capacity and embedding quality.
文章引用：孙师阳, 李万社. 基于量子Daubechies D(4)小波的图像水印算法[J]. 应用数学进展, 2020, 9(12): 2292-2300. https://doi.org/10.12677/AAM.2020.912268

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