Mobile cloud computing using unpredictable queriable cryptography

This study looks at the safety issue of outsourcing user resources from the cloud. There is a specific combination encryption system to search for authenticated user information in the cloud. The framework facilitates parallel fused keyword searches besides matched performance, two essential conside...

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Published in:AIP conference proceedings 2022-10, Vol.2519 (1)
Main Authors: Laxmi, K. Bhagya, Praveena, B. J., Priyanka, M.
Format: Article
Language:English
Subjects:
Cloud computing
Cryptography
Electronic devices
Encryption
Mobile computing
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Priyanka, M.
description This study looks at the safety issue of outsourcing user resources from the cloud. There is a specific combination encryption system to search for authenticated user information in the cloud. The framework facilitates parallel fused keyword searches besides matched performance, two essential considerations for realistic searchable encryption. A disorderly transformation approach is proposed to help stable indexing, preservation, and query fudge our keyword. A safe sharing list is also generated to identify the corresponding outcomes while protecting user data protection and privacy, saving user mobile device energy. Our strategy means that even the cloud vendor who is semi-trustful in our situation is privately protected for the customer. The suggested approach is intended to effectively recover the encrypted data stored remotely for mobile cloud scenarios using cryptography. Extensive tests are carried out, and test findings indicate that the proposed solution is reliable and ideal for a stable cloud server.
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source American Institute of Physics:Jisc Collections:Transitional Journals Agreement 2021-23 (Reading list)
subjects Cloud computing
Cryptography
Electronic devices
Encryption
Mobile computing
title Mobile cloud computing using unpredictable queriable cryptography
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