A Comprehensive Analysis on Secured Data Storage with User Validation and Resource Allocation in Cloud for Performance Enhancement

Abstract

The security problem is critical and forestalls the rapid development of Cloud Computing. Cloud computing is gaining enormous enthusiasm and its information security has been gradually taken into account. Parallel security is the mechanism for data processing to directly take advantage of dynamic storage along with data security. Cloud computing shifts software and databases to vast centers where service and data management cannot be completely trusted. To isolate the regular computing challenges, cloud computing is a new design which usage is getting gradually increased. Cloud Storage is a virtual resource pool that also provides customers with assets through a web interface. Cloud Computing has more focal points, such as vast measurement of scope, storing of information, virtualization, high unwavering efficiency and low cost. In this framework, security of cloud data storage, which has become a significant feature of service quality is considered. The proposed model introduced a strong user validation model and User Priority based Accurate Resource Allocation (UPbARA) to the authorized users for performance enhancement. A comprehensive analysis is provided in this paper on user validation and resource allocation with secure data storage. The proposed model is compared with various traditional methods and the results show that the proposed model performance is better than the existing models.