高容量信息隐藏在乐谱中

W. Funk, M. Schmucker
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引用次数: 16

摘要

知识产权管理是处理数据数字化分发的一个重要问题。特别是对于那些想要通过互联网发行乐谱的出版商来说,乐谱的保护是必不可少的。扫描乐谱是出版商感兴趣的一种媒体类型。传统的面向栅格的水印方案由于在频域中嵌入水印而不能直接应用于乐谱。这样做的原因是乐谱的水印必须具有抗灰度到二进制转换的鲁棒性。我们提出了一种二进制水印技术的扩展,该技术为嵌入数据创建了一个高容量的信息通道,同时限制了水印乐谱的退化。因此,对音乐家和出版商来说,带有水印的乐谱仍然很有价值。通过仅使用某些符号(水平线段)来嵌入水印来限制退化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High capacity information hiding in music scores
Intellectual property rights (IPR) management is an important issue for everybody dealing with digital distribution of data. Especially the protection of music scores is essential for publishers who want to distribute their music sheets via the Internet. Scanned music scores are a media type publishers are interested in. Classical raster-oriented watermarking schemes cannot be applied directly for music scores because most of them embed a watermark in the frequency domain. The reason for this is the fact that watermarks for music scores must be robust against greyscale to binary conversion. We present an extension of a binary watermarking technique which creates a high capacity information channel for embedding data while limiting the degradation of the watermarked music scores. Thus, watermarked music scores are still valuable for musicians and publishers. Limiting the degradation is done by using only certain symbols (horizontal line segments)for embedding the watermark.
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