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Secure Storage and Retrieval of Data without Original Files in Cloud Architectures

机译:在云架构中无需原始文件即可安全地存储和检索数据

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When a client uses the service which is offered by cloud storage providers, he might worry about how to retrieve their original files securely. Relieving client's storage burden and successfully retrieving data on demand are the ultimate purposes of cloud storage service. To achieve the above two aims, in this paper we propose a specific way to store and retrieve the out stored data in cloud storage. We utilize an efficient publicly verifiable secret sharing (PVSS) scheme to divide the file into multiple parts and store them among a group of servers, then using the recovery algorithm in PVSS, the users can retrieve their stored files successfully from any k qualified servers without the need of holding original file. Thus, the storage burden of the user is relieved much. And we show that the security of the protocol is closely related to the computational Diffie-Hellman problem.
机译:当客户使用云存储提供商提供的服务时,他可能会担心如何安全地检索其原始文件。减轻客户端的存储负担并按需成功获取数据是云存储服务的最终目的。为实现上述两个目的,本文提出了一种在云存储中存储和检索出已存储数据的特定方法。我们利用有效的公开可验证秘密共享(PVSS)方案将文件分为多个部分,并将它们存储在一组服务器中,然后使用PVSS中的恢复算法,用户可以从任何k台合格的服务器中成功检索其存储的文件而无需需要保存原始文件。因此,大大减轻了用户的存储负担。并且我们证明了协议的安全性与计算Diffie-Hellman问题密切相关。

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