Cloud‐assisted secure and conjunctive publish/subscribe service in smart grids

Cloud services provide decentralized and pervasive access for resources to reduce the complex infrastructure requirements of the user. In decentralized service access, the implication of security is tedious to match the user requirements. Therefore, cloud services incorporate cybersecurity measures for administering standard resource access to users. In this paper, a shared two-way security model (STSM) is proposed to provide adaptable service security for the end-users. In this security model, a cooperative closed access session for information sharing between the cloud and end-user is designed with the help of cybersecurity features. This closed access provides less complex authentication for users and data that is capable of matching the verifications of the cloud services. A deep belief learning algorithm is used to differentiate the cooperative and non-cooperative secure sessions between the users and the cloud to ensure closed access throughout the data sharing time. The output of the belief network decides the actual session time between the user and the cloud, improving the span of the sharing session. Besides, the proposed model reduces false alarm, communication failures, under controlled complexity.

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Cloud‐assisted secure and conjunctive publish/subscribe service in smart grids

Cited by 3 publications

References 26 publications

Cloud platform security protection framework technology

Cloud platform security protection framework technology

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A Shared Two-way Cybersecurity Model for Enhancing Cloud Service Sharing for Distributed User Applications

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