不可见的可见水印

Shang-Chih Chuang, Chun-Hsiang Huang, Ja-Ling Wu
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引用次数: 26

摘要

提出了一种新的数据隐藏方法,称为不可见水印(UVW)。该方案的设计灵感来源于现实世界的水印,具有可见水印和不可见水印的优点。水印嵌入后,在正常观看条件下,原始图像与隐写图像之间的差异是难以察觉的。然而,在提取隐藏信息时,不需要显式的水印提取模块。只要执行常见的成像相关功能,例如伽马校正,甚至简单地改变用户相对于LCD显示器的视角,就可以直接从隐写工作中识别出语义上有意义的水印模式。该方案优于现有的不可见水印方法,能够向缺乏更新能力的传统显示设备的用户实际传输元数据。另一方面,它不受可见水印方案令人烦恼的质量退化问题的困扰。此外,还讨论了拟议计划的限制和可能的扩展。我们相信,使用这种看不见的可见水印方案可以促进许多有趣的新应用。
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Unseen Visible Watermarking
A novel data-hiding methodology, denoted as unseen visible watermarking (UVW), is proposed. The proposed scheme is inspired by real-world watermarks and possesses advantages of both visible and invisible watermarking schemes. After watermark embedding, the differences between the original work and the stego work are imperceptible under normal viewing conditions. However, when the hidden message is to be extracted, no explicit watermark extracting module is required. Semantically-meaningful watermark patterns can be directly recognized from the stego work as long as common imaging-related functions, e.g. gamma-correction or even simply changing the user-viewing angle relative to the LCD monitor, are performed. The proposed scheme outperforms existing invisible watermarking methods in its capability to practically convey metadata to users of legacy display devices lacking renewal capability. On the other hand, it does not suffer from the annoying quality-degradation problem of visible watermarking schemes. Limitations and possible extensions of the proposed schemes are also addressed. We believe that many interesting new applications can be facilitated using such unseen visible watermarking schemes.
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