A Dynamic Key Generation Scheme to Implement CP-ABE Standard Over Large Cloud Data
International Journal of Computer Science (IJCS) Published by SK Research Group of Companies (SKRGC)
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Abstract
Recently, the Usage of the cloud is getting bigger in range for storage of private or public data. So, there is a need for secure and integrated delivery or access to the data on the cloud. By using advanced cryptographic techniques to store data securely in an untrusted cloud platform has drawn more wide range of attention, in particular CP-ABE, QH-CPABE are promising. Here we use a Dynamic Generator of Key [DGK] function for the encryption in an advanced version of CP-ABE with QH-CPABE for users private or public data in a more secure manner. 20th century ABE models are insecure and possible of unauthorized access. Moreover, as the size of the input data grows, traditional ABE models cannot compute efficient private keys due to computation time and network overhead. To overcome these problems, a new ABE model for chaotic integrity and attribute-based key distribution and cipher text policies is implemented for cloud data. Experimental results show that the proposed model has higher computational speed, higher memory overhead, and higher security compared to the old CP-ABE model.
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[16] https://lucid.app/lucidchart/cb6377b4-252b-4201-87a0-c19a194a4570/edit?view_items=PYv8ZK7KQsXV%2C6Tv8iO06oysA%2ChSv8cpV9mqEa%2ClYv8cb7tM7Xk%2CsZv8fY1OdPrf%2CjZv8sS5WhSbW%2C_Zv8_Y1e1V_x%2C3Zv8RZpBzyH5%2C49v8rulEJ6ag%2CT0v8LJ2y46_F%2CC1v8MAgKcfKp%2CE0v8NeB0AXLO%2Ci-v8SRlT3GPj%2CQ7v8P2DV6I~y%2CI4v8q7ra6.lX%2Cf2v8AVNYw.E2%2Cs0v8X_6hWpKW%2CI1v8HXGQJnAz%2C70v83SJohTLm%2CY5v8dtAQhbqA%2CO7v8EnlF0aRC%2CH5v8YW6OEKaO%2CP6v8nphSVOaB%2Ck6v8_Vejdj.y%2C73v86N0PVR_-%2Cr_v8LyrNSAJR%2C3Yv8I-fXMRWo%2CMXv8~D_kXz4z%2CBXv8fk-xF7Ks%2CjTv8rCBj-IAn%2C_Yv8wLJWEb6C%2CNZv8EU6X~aln%2CWZv8pJ_Y58B2%2Ce0v8BgMR1c5o&invitationId=inv_5f9f7578-1881-4921-9541-3d323a8e69df
