嵌入多水印的音频完整性保护与伪造估计

Michael Gulbis, E. Müller, M. Steinebach
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引用次数: 10

摘要

对数字音频数据操作的识别是各种脆弱和内容脆弱水印算法所面临的挑战。但迄今为止,没有一种方法能提供令人满意的操作检测结果。特别是区分恶意攻击和允许的后期制作操作仍然是一个悬而未决的问题。提出了一种新的基于水印的音频数据伪造识别方法。我们将多个具有不同特征的水印嵌入到待保护的音频数据中。通过分析检索到的水印的质量,我们可以得到关于音频数据被操纵性质的信息。与已知的特征嵌入算法相比,这是一种使用水印作为提示的取证方法。使用多个音频数据集验证了我们的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Audio Integrity Protection and Falsification Estimation by Embedding Multiple Watermarks
The recognition of digital audio data manipulation is a challenge addressed by various fragile and contentfragile watermarking algorithms. But so far none of the approaches provides satisfying results with respect to manipulation detection. Especially distinguishing malicious attacks from allowed post production operations is still an open issue. We introduce a novel watermarkingbased approach for audio data falsification recognition. We embed multiple watermarks with various characteristics into the audio data to be protected. By analyzing the quality of the retrieved watermarks we obtain information about the nature of the manipulation of the audio data. In comparison to known feature-embedding algorithms, this is rather a forensic approach using watermarking as a hint. Our method is verified using several audio data sets.
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