摘要

Watermarking is a well-known technique traditionally used in banknotes and other documents to discourage counterfeiting. It usually consists of semi-transparent symbols embedded on paper. Similar concepts were applied to digital audio-visual Intellectual Properties (IPs). Several researchers have investigated digital watermarking with various contributions, implemented on both software and hardware platforms. In 1990, the modern study of digital watermarking was started by Tanaka et al. They suggested hiding information in multi-level dithered images as a form of secured military communications. Following that work, digital image watermarking arose, and recently the development of video watermarking algorithms became a growing field of research. Despite the fact that it is easier to implement a watermarking algorithm on a software platform, there is a strong motivation for a move towards hardware implementation. The hardware implementation offers several distinct advantages over the software implementation in terms low power, real-time, reliable and, secure watermarking systems.
机译:水印是一种传统上用于钞票和其他文件的知名技术,以阻止假冒。它通常由嵌入纸上的半透明符号组成。类似的概念应用于数字视听知识分子属性(IPS)。几位研究人员研究了各种贡献的数字水印,在软件和硬件平台上实施。 1990年,Tanaka等人开始了对数字水印的现代研究。他们建议在多级抖动图像中隐藏信息作为安全军事通信的形式。在那作品之后,通过数字图像水印出现,最近,视频水印算法的发展成为了越来越多的研究领域。尽管它更容易在软件平台上实现水印算法,但是对于实现硬件实现的移动存在强烈的动机。硬件实现在低功耗,实时,可靠,安全的水印系统方面提供了几种不同的优势。

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