📅 Submission Deadline: N/A  |  Vol. 9, Issue 12, December
Track Paper e-Certificate Contact
📢 NOTICE Call For Paper – Vol. 9, Issue 12 (December)  |  Submission Deadline: N/A  |  IJAREST is UGC Approved (Sr. No. 63628)  |  e-ISSN: 2394-3394  |  Submit original, unpublished research papers in Engineering, Science & Technology  |  Fast peer review (12–15 weeks)  |  Open Access – Free to Read  |  Contact: editor@ijarest.org

Paper Details

Home › Archives › Paper Detail

Efficient Client-Side Deduplication of Encrypted Data in Cloud Storage

Tejaswini Kailuke , Vikas Singh, Raj Waykos, Swati Jadhav, Tejaswini Joshi
Department of Information Technology,PCCOE Pune, Maharashtra, India, India
Vol. 6, Issue 4 pp. 11-15 🌐 Open Access

ABSTRACT

Attribute-based secret writing (ABE) has been wide employed in cloud computing wherever knowledge|a knowledge|an information} supplier outsources his/her encrypted data to a cloud service supplier, and may share the info with users possessing specific credentials (or attributes). However, the quality ABE system doesn't support secure de duplication, that is crucial for eliminating duplicate copies of identical information so as to save lots of space for storing and network information measure. during this paper, we have a tendency to gift associate attribute-based storage system with secure deduplication during a hybrid cloud setting, wherever a personal cloud is liable for duplicate detection and a public cloud manages the storage. Compared with the previous information deduplication systems, our system has 2 blessings. Firstly, it are often wont to confidentially share information with users by specifying access policies instead of sharing secret writing keys. Secondly, it come throughs the quality notion of linguistics security for information confidentiality whereas existing systems solely achieve it by shaping a weaker security notion. additionally, we have a tendency to place forth a technique to switch a ciphertext over one access policy into ciphertexts of identical plaintext however beneath different access policies while not revealing the underlying plaintext.

Keywords: Attribute-based encryption, access control, audit logs, broadcast encryption, delegation, hierarchical identitybased encryption

📄 Submit Your Paper

Open Access • Double-Blind Peer Reviewed
UGC Approved • Quarterly Publication

Submit Now →
📅 Submission Deadline
N/A
Vol. 9 | Issue 12 | December