就MRSAC计划发表意见

Guiyu Yang, Hongxuan Liu, Chenglian Liu, Sonia C.-I. Chen
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引用次数: 1

摘要

尽管云存储具有节能和即时访问的优势,但对数据安全、寿命和可访问性的潜在担忧可能会限制其规模、开发和用户接受程度。需要创新的方法来安全高效地使用云存储模型。因此,Anbuchelian等人在其论文“Ef?为实现这一目标,2019年推出了“客户端和安全的云数据存储审计方案”。在他们的方案中,多级哈希树算法与RSA密码系统算法(MRSAC)相结合,以确保云存储能够同时满足安全性和效率。在回顾MRSAC算法和实验测试实例的基础上,通过检验MRSAC方案的有效性,对MRSAC方案进行了评价。从而指出了该方案的缺点和理论上的缺陷,并证明了该方案是无效的。本研究通过验证基于对RSA加密和数字签名的基本理解的MRSAC方案的当前研究,有助于了解这一知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comment on MRSAC Scheme
Although cloud storage features for its strengths of energy-saving and immediate access, potential concerns of data security, longevity and accessibility may limit its scale, development, and acceptance for users. Innovative methods are required to employ a cloud storage model securely while being efficient. Therefore, Anbuchelian et al. proposed a modified RSA cryptosystem algorithm in their paper of “Ef?cient and secure auditing scheme for privacy-preserving data storage in cloud” in 2019 to meet this goal. In their scheme, a multilevel hash tree algorithm combined with RSA cryptosystem algorithm (MRSAC) is combined to ensure both security and efficiency can be met in cloud storage. The authors offer comments on the MRSAC scheme through examining its validity based on the review of MRSAC algorithm and examples of experimental tests. Consequently, drawbacks and theoretical defects of this scheme are identified, and this scheme is proven to be invalidated. This study contributes to the knowledge by validating the current research of MRSAC scheme based on fundamental understanding of RSA encryption and digital signature.
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