Seed Block Algorithm: Remote Smart Data- Backup Technique for Cloud Computing
TL;DR: This paper introduces seed block algorithm which was used for remote smart data backup and aims to gather information from any remote location and recover the files which might be delete or that can be loss because of cloud destroy.
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Abstract: In earlier days,large amount of data is generated in electronic format, to maintain this data there is need of data recovery services. To provide these services in this paper we introduce seed block algorithm which we used for remote smart data backup. There are two objective of this algorithm. The first one is gather information from any remote location and the second is recover the files which might be delete or that can be loss because of cloud destroy. This algorithm also reduce the time require for recovery process.
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Citations
A survey on cloud computing security
TL;DR: This survey presents a comprehensive overview of the security issues for different factors affecting cloud computing, and encompasses the requirements for better security management and suggests 3-tier security architecture.
472
Checking integrity of data and recovery in the cloud environment
TL;DR: The proposed system in this paper is having the feature of verifying data integrity using Identity Based Remote Data Integrity Checking and recovery using the XOR operation and provides flexibility for the user to regain data from the remote server.
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Recovery of Altered Records in Cloud Storage Utilizing Seed Block Strategy
Radhakrishnan Parvathy,P. Mohamed Shameem,N. Revathy +2 more
- 19 Apr 2018
TL;DR: A regeneration scheme is being proposed, which is equipped with seed block algorithm, which facilitates duplication checking at the client-side and allows regeneration of manipulated file on request.
Survey on Data Integrity, Recovery, and Proof of Retrievability Techniques in Cloud Storage
TL;DR: This paper includes the literature review related to various techniques for data integrity, data recovery and proof of retrievability as well as different models are proposed for a data integrity check andProof of retrieevability.
References
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Vijaykumar Javaraiah
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TL;DR: A simple solution for this complex problem in the form of a mechanism for online data backup for cloud along with disaster recovery, which reduces the cost of the solution and not only protects data from disaster but also makes the process of migration from one cloud service provider to another, much simpler.
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Online Data Back-up and Disaster Recovery Techniques in Cloud Computing: A Review
Kruti Sharma,Kavita R. Singh +1 more
- 01 Jan 2012
TL;DR: This review paper explores few recent techniques that are the powerful solutions in the form of "Online Data Backup and Disaster Recovery Techniques" in cloud computing domain.
ERGOT: A Semantic-Based System for Service Discovery in Distributed Infrastructures
Giuseppe Pirrò,Paolo Trunfio,Domenico Talia,Paolo Missier,Carole Goble +4 more
- 17 May 2010
TL;DR: ERGOT is a system that combines DHTs and SONs to enable semantic-based service discovery in distributed infrastructures such as Grids and Clouds and enables semantic- based service matchmaking, using a novel similarity measure between service requests and descriptions.
46
Recovery strategies for service composition in dynamic network
Lili Sun,Jianwei An,Yang Yang,Ming Zeng +3 more
- 12 Dec 2011
TL;DR: Two novel recovery strategies based on BSRS are proposed: Cold Backup Service Replacement Strategy (CBSRS) and Hot Backup Service replacement Strategy (HBSRS), which effectively guarantee the availability and reliability of service composition in dynamic network.
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Disaster recovery mechanism using widely distributed networking and secure metadata handling technology
Ueno Yoichiro,Noriharu Miyaho,Suzuki Shuichi +2 more
- 09 Jun 2009
TL;DR: The combination of the following technologies such as a spatial random scrambling of file data, a subsequent random fragmentation of the file, the corresponding encryption and duplication for each fragmented file, and the corresponding notification of the history data of the used encryption key code sequence which the authors call metadata in addition can effectively realize the highly secure and prompt file backup system economically only when they are combined at the same time.
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