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A secure access and associate deleting scheme for multi-replica in multi-cloud environment

机译:多云环境下多副本的安全访问和关联删除方案

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摘要

With the rapid development of cloud services in multi-cloud environment, it is convenient to generate multi-replica for user's data stored in multi-cloud servers. On the one hand, multi-replica is able to improve data availability and users' experience. But on the other hand, it becomes increasingly easy to disclose sensitive data and brings serious challenges to security and privacy for user's data and its multi-replica. In order to tackle the above issues, in this paper, we propose a secure access and associate deleting scheme for multi-replica (MADS) in multi-cloud environment, which is based on symmetric encryption algorithm, attribute-based encryption and replica location technology. We construct a novel multi-layered key structure, called multi-way search key tree (MSKT) that ensures no key material will be revealed, yet the data owner is able to control the master key and manage other keys by performing some tree operations. We also propose a data replica associated model, which is able to associate all the data replicas in multi-cloud environment. Comprehensive comparison and security analysis demonstrate that the proposed MADS scheme is effective and secure.
机译:随着多云环境中云服务的飞速发展,为存储在多云服务器中的用户数据生成多个副本非常方便。一方面,多副本能够改善数据可用性和用户体验。但是,另一方面,公开敏感数据变得越来越容易,并且给用户数据及其多副本的安全性和隐私性带来了严峻挑战。为了解决上述问题,本文提出了一种基于对称加密算法,基于属性的加密和副本定位技术的多云环境下多副本(MADS)的安全访问和关联删除方案。 。我们构建了一种新颖的多层密钥结构,称为多路搜索密钥树(MSKT),该结构可确保不会泄露任何密钥材料,但数据所有者仍可以通过执行一些树操作来控制主密钥和管理其他密钥。我们还提出了一个数据副本关联模型,该模型能够在多云环境中关联所有数据副本。综合比较和安全分析表明,提出的MADS方案是有效和安全的。

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