本文主要研究鲁棒音频水印技术。
In this paper, a robust audio watermark technique is discussed.
基于水印能量对提高水印鲁棒性的重要作用，提出了音频水印载体可以嵌入最大水印能量的估计方法。
A method of estimating the maximum of the audio watermarking is presented since watermarking power is important role to improve the watermarking robustness.
在音频水印技术中，满足听觉透明性和低计算复杂度要求的同时，要保证系统的高鲁棒性是音频水印技术中的难点。
To insure the system's high robustness is the difficulty of the audio watermark technology, with satisfying the hearing transparency and low computation complexity.
实验证明，该算法易于实现，具有较好的不可觉察性及鲁棒性，是一种实用的音频水印算法。
The experimental results show that the algorithm is realized easily and visually effective with satisfying imperceptibility and robustness.
实验证明，该算法易于实现，具有较好的不可觉察性及鲁棒性，是一种实用的音频水印算法。
The experimental results show that the algorithm is realized easily and visually effective with satisfying imperceptibility and robustness.
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