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Multiple Secret Key Sharing Based on the Network Coding Technique for an Open Cloud DRM Service Provider

机译:基于网络编码技术的开放云DRM服务提供商的多重密钥共享

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摘要

In this paper, we present an open cloud DRM service provider to protect the digital content's copyright. The proposed architecture enables the service providers to use an on-the fly DRM technique with digital signature and symmetric-key encryption. Unlike other similar works, our system does not keep the encrypted digital content but lets the content creators do so in their own cloud storage. Moreover, the key used for symmetric encryption are managed in an extremely secure way by means of the key fission engine and the key fusion engine. The ideas behind the two engines are taken from the works in secure network coding and secret sharing. Although the use of secret sharing and secure network coding for the storage of digital content is proposed in some other works, this paper is the first one employing those ideas only for key management while letting the content be stored in the owner's cloud storage. In addition, we implement an Android SDK for e-Book readers to be compatible with our proposed open cloud DRM service provider. The experimental results demonstrate that our proposal is feasible for the real e-Book market, especially for individual businesses.
机译:在本文中,我们提出了一种开放云DRM服务提供商,以保护数字内容的版权。所提出的体系结构使服务提供商能够使用具有数字签名和对称密钥加密功能的动态DRM技术。与其他类似作品不同,我们的系统不保留加密的数字内容,但允许内容创建者在自己的云存储中进行加密。而且,用于对称加密的密钥通过密钥裂变引擎和密钥融合引擎以极其安全的方式进行管理。这两个引擎背后的思想来自安全网络编码和秘密共享方面的工作。尽管在其他一些工作中建议使用秘密共享和安全的网络编码来存储数字内容,但本文是第一个仅将这些思想用于密钥管理,同时又将内容存储在所有者的云存储中的文章。此外,我们为电子书阅读器实现了一个Android SDK,以与我们提议的开放云DRM服务提供商兼容。实验结果表明,我们的建议对于真正的电子书市场特别是个人企业是可行的。

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