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Operative Access Regulator for Attribute Based Generalized Signcryption Using Rough Set Theory

机译:基于粗糙集理论的基于属性的通用签密的可操作访问调节器

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The personal health record has been shared and preserved easily with cloud core storage. Privacy and security have been one of the main demerits of core CloudHealthData storage. By increasing the security concerns in this paper experimented Operative Access Regulator for Attribute Based Generalized Signcryption Using rough set theory. By using rough set theory, the classifications of the attribute have been improved as well as the compulsory attribute has been formatted for decrypting process by using reduct and core. The Generalized signcryption defined priority wise access to diminish the cost and rise the effectiveness of the proposed model. The PHR has been stored under the access priorities of Signature only, encryption only and signcryption only mode. The proposed ABGS performance fulfills the secrecy, authentication and also other security principles.
机译:个人健康记录已通过云核心存储轻松共享和保存。隐私和安全性已成为核心CloudHealthData存储的主要缺点之一。通过增加安全性的关注,本文使用粗糙集理论对基于属性的广义签密进行了操作性访问调节器的实验。通过使用粗糙集理论,改进了属性的分类,并通过使用归约和核对强制属性进行了格式化以进行解密过程。广义签密定义了优先级明智的访问方式,以降低成本并提高所提出模型的有效性。 PHR已存储在“仅签名”,“仅加密”和“仅签名加密”模式的访问优先级下。拟议的ABGS性能可以满足保密性,身份验证以及其他安全原则。

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