A Scheme for the Exchange of Secure and Lightweight Data for Mobile Computing in the Cloud
Mobile gadgets can store or recover individual information from whenever at anyplace with the ubiquity of distributed computing. Therefore, the security of information issue in portable cloud turns out to be increasingly uncompromising and it avoids promote improvement of versatile distributed computing. There are huge investigations ‘that have been’ directed to expand the cloud security. However, the greater part of them are not relevant for versatile cloud since cell phones just have restricted power and figuring assets. Arrangements with low computational over head are in extraordinary requirement for versatile cloud applications. In this paper, we propose a lightweight information sharing plan for portable distributed computing. It take after CPABE an entrance control innovation utilized as a part of typical cloud condition, however changes the structure of access control tree to make it reasonable for portable cloud situations. LDSS moves a vast segment of the computational escalated get to control tree change in CPABE from cell phones to outside intermediary servers. In addition, to decrease the client denial cost, it acquaints characteristic portrayal fields with execute sluggish repudiation, which is a prickly issue in program based CPABE frameworks. The trial comes about demonstrate that LDSS can enough decrease the overhead on the cell phone side when clients are sharing information in the portable cloud situations.
Ruixiuan Li, Member, IEEE, Chenglin Shen, Heng He, Zhiyong Xu, and Chenng-Zhong Xu, Member, IEEE paper 2017.
2015 IEEE Fifth International Conferrence on Big Data and Cloud Computing.
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