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An Adaptive Digital Audio Watermarking Algorithm Based on HAS and Chaos Theory

机译:基于HAS和混沌理论的自适应数字音频水印算法

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Distal watermarking is considered as an efficient way to protect copyright of digital products. According to human auditory system (HAS), digital audio watermarking will be performed well by making use of auditory masking. Binary watermark information was embedded by classical quantization method in DCT domain after scrambled by Logistic map in chaos theory. Based on HAS and chaos theory, the proposed method is transparent and robust, especially for most of attacks in STIRMARK.
机译:远距离水印被认为是保护数字产品版权的有效方法。根据人类听觉系统(HAS),通过使用听觉掩蔽将很好地执行数字音频水印。在混沌理论中用Logistic图对二进制水印信息进行经典量化后,将其嵌入DCT域。基于HAS和混沌理论,该方法是透明且健壮的,特别是对于STIRMARK中的大多数攻击而言。

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