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Cloud storage is a service model used to store digital data in which the physical storage contain multiple servers sometimes multiple locations, and the physical environment is typically hold and supervised by a hosting company typically called as cloud service providers(CSP) . These CSP are responsible for keeping the data available and accessible, and provide security to physical environment, ensures that they are running properly. People and organizations usually buy or lease storage capacity from the CSP to store user, organization, or application data. While storing data in cloud, security is one of the major challenges faced by cloud service provides. When users are storing data in cloud storage they will not completely trust cloud service providers hence it is very important to develop an efficient auditing scheme to acquire data owners trust and confidence related to data security. In this paper we designed a public auditing scheme for securing data residing on cloud using dynamic hash table(DHT).DHT is a two dimensional data structures sited at a third party auditor(TPA) to keep track of data property information for dynamic auditing. This proposed scheme transfer authorized data from cloud service provider to third party auditor with reduced computational cost and communication overhead. The advantages of using dynamic hash table are excellent updating efficiency. For privacy preservation the proposed system use public key with random masking generated by the third party auditor. The system efficiently achieves secure auditing for cloud storage with reduced communication overhead and computational cost.

Public Auditing for a Secure Cloud Storage using Dynamic Hash Table