Hybrid Compressed Hash Based Homomorphic AB Encryption Algorithm for Security of data in the Cloud Environment

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Pachipala Yellamma, Dr. Challa Narasimham, P Yellamma

Abstract

Cloud computing is an emerging technology in the world of computing. It provides a convenient virtual environment for on-demand access to different type of services and computing resources such as applications, networks and storage space in an efficient way. The virtual environment is a massive compound structure in terms of accessibility that made easy in a compact way and familiar of functional components. The complexity in virtual environment generates several issues related to data storage, data security, authorization and authentication in cloud computing. With the size of the data, it becomes difficult to the cloud user to store large amounts of information in the remote cloud servers due to high computational cost, insecurity and costs high per hour proportional to the volume of information. In this paper, we propose compressed hash based encrypted model for the virtual environment. The aim of this paper is to store huge amount of data in the cloud environment in the form of compressed and encrypted data in a secure way.

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How to Cite
, P. Y. D. C. N. P. Y. (2017). Hybrid Compressed Hash Based Homomorphic AB Encryption Algorithm for Security of data in the Cloud Environment. International Journal on Future Revolution in Computer Science &Amp; Communication Engineering, 3(11), 604–612. Retrieved from http://www.ijfrcsce.org/index.php/ijfrcsce/article/view/356
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