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首页> 外文期刊>International journal of communication networks and distributed systems >An efficient access control scheme in user hierarchy based on polynomial interpolation and hash function
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An efficient access control scheme in user hierarchy based on polynomial interpolation and hash function

机译:基于多项式插值和哈希函数的用户层次结构中高效的访问控制方案

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摘要

The hierarchical cryptographic key assignment is used to assign cryptographic keys to a set of partially ordered security classes so that the user in a higher security class can derive the cryptographic secret keys of the other users in a lower security class. In this paper, we propose a practical solution for dynamic access problems in a user hierarchy, which uses the polynomial interpolation and hash function. When compared with other related recent existing access control schemes, in our scheme the computational complexity and the required storage space are significantly reduced. In addition, our scheme provides provable security. Furthermore, our scheme is easy to implement and therefore, it is more suitable for practical applications.
机译:分层密码密钥分配用于将密码密钥分配给一组部分排序的安全级别,以便较高安全级别的用户可以导出较低安全级别的其他用户的密码秘密密钥。在本文中,我们提出了一种针对用户层次结构中动态访问问题的实用解决方案,该解决方案使用多项式插值和哈希函数。与其他相关的最新现有访问控制方案相比,在我们的方案中,计算复杂度和所需的存储空间大大减少了。此外,我们的方案可提供可证明的安全性。此外,我们的方案易于实施,因此更适合实际应用。

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