移动云计算的MHABE细粒度访问控制方法

Anees Fathima
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引用次数: 0

摘要

云计算是一种基于互联网的注册设计,通过它可以根据请求将共享资产提供给小工具。将手机协调到分布式计算中,并在基于不同层次的多客户端信息共享条件下进行协调,是一种正在兴起但令人鼓舞的世界观。随着集成到分布式计算中,信息保密和客户端权限等安全问题可能会出现在通用的分布式计算框架中,密文方法基于属性的加密(CP-ABE)一直是一种受欢迎的加密创新,以解决分布式计算中信息安全的难题。普通信息文件大多具有等级顺序交错的特点,特别是在社会保险和军队领域。尽管如此,在CP-ABE中还没有研究共享记录的重要性链结构。目前,分布式计算中提出了基于高效文档优先顺序特征的加密方案。将所述分层访问结构合并为孤立访问结构,然后用所述协调访问结构对所述渐进记录进行编码。用属性标识的密文段可以被记录共享。按照这种思路,密文存储和加密的时间成本都可以避免。此外,在标准假设下,所提出的合谋最终是安全的。试验再现表明,就加密和解码而言,所提议的阴谋是异常精通的。随着文件数量的增加,我们计划的好处越来越突出。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A MHABE fine grained access control method for mobile cloud computing
Cloud computing is an Internet-based registering design through which shared assets are given to gadgets on request. It’s a rising yet encouraging worldview to coordinating cell phones into distributed computing, and the reconciliation acts in the cloud based various leveled multi-client information shared condition. With incorporating into distributed computing, security issues, for example, information secrecy and client authority may emerge in the versatile distributed computing framework Ciphertext-approach property-based encryption (CP-ABE) has been a favored encryption innovation to take care of the difficult issue of secure information partaking in distributed computing. The common information documents for the most part have the trait of staggered pecking order, especially in the territory of social insurance and the military. Be that as it may, the chain of importance structure of shared records has not been investigated in CP-ABE. Right now, productive document pecking order characteristic-based encryption conspire is proposed in distributed computing. The layered access structures are incorporated into a solitary access structure, and afterward, the progressive records are encoded with the coordinated access structure. The ciphertext segments identified with properties could be shared by the records. Along these lines, both ciphertext stockpiling and time cost of encryption are spared. Additionally, the proposed conspire is end up being secure under the standard supposition. Trial recreation shows that the proposed conspire is exceptionally proficient as far as encryption and decoding. With the quantity of the documents expanding, the benefits of our plan become increasingly prominent.
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