A Secured framework for SACM in Cloud Computing
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2014, Vol 2, Issue 10
Abstract
The paradigm that offers Cloud computing is advantages in economic aspects, by reducing flexible computing, capabilities limitless computing power and time to market. To use the full potential of cloud computing like transferring, processing and storing time of data by external cloud providers. To keep user data confidential from untrusted cloud servers, existing solutions use cryptographic methods and only disclose decryption keys to the authentic users. Unfortunately, these models are not applicable to cloud as the data owners and service providers are not in the same trusted domain. Therefore, Our proposed scheme enables the data owner to delegate tasks of data file creation ,encryption ,decryption ,re-encryption and user secret key update to cloud servers without disclosing data contents or user unique access structure information. Main issues such as privacy, scalability for key management, flexibility in access and user revocation which are the most important considerations for gaining scalability and flexibility. We achieve our design goals by a novel structuring , Advanced attribute based encryption in which a unique access structure is assign for each attributes In existing scheme revocation user details such as private key are updated manually after each user revocation. In our architecture at server side a ttp value (threshold value) is set, when it reaches the threshold value revoked users are updated and updating is performedby using atomic proxy cryptography technique of re-encryption for revocation of user to update the attributes of all the live users. This construction allows each data owner to access his data files with minimum online time and minimum overhead which the aim of our work.We formally prove the security of AABE based on security of the cipher text-policy attribute-based encryption (CP-ABE) scheme by Bethencourt et al. and analyze its performance and computational complexity.
Authors and Affiliations
Vaibhav Gandhi, Prof. Prashant Lakkadwala
Keywords
Related Articles
- EP ID EP18930
- DOI -
- Views 285
- Downloads 8
Association Rule Mining on Language Trend in MNCs
Data mining system discovers patterns and relationships hidden in data, and actually is a part of a larger process called “knowledge discovery” which describes the steps that must be taken to ensure meaningful results....
Study on the Effect of Replacement of Cement with Silica Fume Along With Recycled Aggregate
Construction industry is witnessing a tremendous growth year by year. The increase in demand of the construction is causing many environmental impacts. To spot an example, 1 ton of cement production releases 1 ton of CO...
Design of Single Master Inter-Integrated Circuit Bus Controller
Inter-Integrated Circuit Bus commonly known as IIC or I2C Bus was developed by Philips semiconductors. I2C is a multi-master, multi-slave, single-ended, serial computer bus and is typically used for attaching lower-spee...
Advanced Li-Fi Technology for Data and Voice Transmission with Device Control
Now a days, Data transmission without using any network is very tedious job to do. In this paper, data and audio is transmitted and gotten through visible lights and control the devices. The data is generated by PC1 the...
Singular-Value-Decomposition Based Generalized Inverse Aided Method PAPR-Aware Linear Precoder Designing for MIMO Based OFDM System
Here we propose a linear precoding scheme for a single user multiple-input–multiple-output orthogonal frequency division multiplexing (OFDM) system to minimize PAPR (peak to average power ratio) by using some redundant...