首页> 外文会议>Conference on Security and Watermarking of Multimedia Contents V Jan 21-24, 2003 Santa Clara, California, USA >Advanced Techniques for Dispute Resolving and Authorship Proofs on Digital Works
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Advanced Techniques for Dispute Resolving and Authorship Proofs on Digital Works

机译:数字作品争议解决和著作权证明的先进技术

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Digital watermarking is a promising technology for protecting intellectual property rights on digital content. Resolving authorship-disputes was one of the first and most propelling applications of robust digital watermarks, and much research effort has gone into protocols for resolving authorship-disputes by means of digital watermarks. Unfortunately, previous proposals lack formal definitions of their trust model, their assumptions, and requirements they should fulfill. This lack of formal definitions makes security proofs for such protocols impossible and many dispute resolving protocols, claimed to be secure, can be shown to be insecure. In this paper we set off to rigorously defining dispute resolving schemes based on a reasonable formal definition of "authorship". Building on this formal fundament, we analyze the most important proposals for dispute resolving, and discuss their connection to our authorship model. We show that existing proposals suffer from two major problems: First, they require an unnecessary high level of trust in the dispute resolving party. The second and even more serious is that the winner of the dispute is not guaranteed to be the rightful author of the disputed work (conclusiveness problem). As solutions, we propose dispute resolving schemes based on zero-knowledge watermark detection and asymmetric watermarking schemes.
机译:数字水印技术是一种有前途的技术,可以保护数字内容的知识产权。解决作者权纠纷是健壮的数字水印的最早也是最受推崇的应用之一,通过数字水印解决作者权纠纷的协议已投入了大量研究工作。不幸的是,以前的提案缺乏对其信任模型,假设和应满足的要求的正式定义。由于缺乏形式上的定义,因此无法针对此类协议提供安全证明,而且许多声称是安全的争端解决协议可能显示为不安全的。在本文中,我们着手基于合理的“作者身份”正式定义来严格定义争议解决方案。在此正式基础的基础上,我们分析了解决争端的最重要建议,并讨论了它们与我们的作者身份模型的联系。我们表明,现有提案存在两个主要问题:首先,它们要求解决争端方不必要的高度信任。第二个甚至更严重的是,不能保证争端的获胜者是有争议作品的正当作者(结论性问题)。作为解决方案,我们提出了基于零知识水印检测和非对称水印方案的争议解决方案。

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