云环境下基于密文策略属性加密的安全数据共享研究

G. A. Thushara, S. M. Bhanu
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引用次数: 3

摘要

云计算可以通过使用任何连接互联网的设备,方便地从任何位置访问应用程序和数据。它允许多个应用程序和用户访问相同的数据资源。基于云的信息共享是一种允许研究人员进行交流和协作的技术,它导致了该领域的重大新发展。它还使用户能够轻松方便地通过云访问数据。隐私、真实性和保密性是在云中共享数据时面临的三大挑战。在云环境中支持安全数据共享的方法有很多,如基于属性的加密(ABE)、基于角色的加密、基于层次的加密和基于身份的加密。ABE为完整性提供了安全的访问控制机制。基于访问策略集成,可分为Key Policy Attribute Based Encryption(KP-ABE)和cipher Policy Attribute Based Encryption(CP-ABE)。在KPABE中,访问结构与用户的私钥结合在一起,数据通过定义的属性进行加密。此外,在CPABE中,访问结构中嵌入了密文。本文综述了迄今为止为实现云环境下安全数据共享而开发的CP-ABE方法。
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A Survey on Secured Data Sharing using Ciphertext Policy Attribute Based Encryption in Cloud
Cloud computing facilitates the access of applications and data from any location by using any device with an internet connection. It enables multiple applications and users to access the same data resources. Cloud based information sharing is a technique that allows researchers to communicate and collaborate, that leads to major new developments in the field. It also enables users to access data over the cloud easily and conveniently. Privacy, authenticity and confidentiality are the three main challenges while sharing data in cloud. There are many methods which support secure data sharing in cloud environment such as Attribute Based Encryption(ABE), Role Based Encryption, Hierarchical Based Encryption, and Identity Based Encryption. ABE provides secure access control mechanisms for integrity. It is classified as Key Policy Attribute Based Encryption(KP-ABE) and Ciphertext Policy Attribute Based Encryption(CP-ABE) based on access policy integration. In KPABE, access structure is incorporated with user’s private key, and data are encrypted over a defined attributes. Moreover, in CPABE, access structure is embedded with ciphertext. This paper reviews CP-ABE methods that have been developed so far for achieving secured data sharing in cloud environment.
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