SECURED RESOURCE ALLOCATION IN CLOUD NETWORKS MANIPULATING ADAPTIVE DATA STACK ALGORITHM

Abstract

Cloud computing has become highly demandable due to its broad range of beneficial properties like on-demand self-services, resource pooling, quick elasticity, estimated services etc. However, in cloud networks, secured resource allocation among users with improved privacy and authentication is a challenging issue. Henceforth, in this paper an efficient cloud resource architecture is proposed for the even exploitation of storage resources. Thedata is maintained, structured, and made accessible to authorized users with improved allocation property eliminating threats occurring inside. The allocation of resources is efficiently performed by an Adaptive Data Stack (ADS) encryption algorithm which searches the appropriate storage location by providing individual storage key. The proposed algorithm offers high privacy and improved confidentiality providing direct access of storage locations for the users. The simulation is performed by adopting Visual C# in which outputs indicate that the proposed approach does resource allocation consuming minimal time utilizing efficient storage in cloud server.