2015Unpublished venueRequires access

Effective method to restore data in distributed data storage systems

Nikolaos Bardis, Nikolaos Doukas, Oleksandr P. Markovskyi

Open publisher page 5 citations

Abstract

In this work, a method for backup and restoring data is proposed. The data is stored on different remote disks (storage nodes) and temporary or permanent loss of access to any q of them appears. The high efficiency of the proposed method is achieved by using a theoretically proved minimum number of backup storage nodes, which is equal to the number of the disks to which access has been lost. The theoretical justification with a methodology of backup codes and their use for data recovery, which is illustrated by examples, is presented. The theoretical and experimental effectiveness evaluation of the proposed method is demonstrated as well. The proposed method is aimed to ensure a high level of survivability of system of distributed data storage for military applications.

About this research paper

What this paper is about

In this work, a method for backup and restoring data is proposed. The data is stored on different remote disks (storage nodes) and temporary or permanent loss of access to any q of them appears. The high efficiency of the proposed method is achieved by using a theoretically proved minimum number of backup storage nodes, which is equal to the number of the disks to which access has been lost. The theoretical justification with a methodology of backup codes and their use for data recovery, which is illustrated by examples, is presented. The theoretical and experimental effectiveness evaluation of the proposed method is demonstrated as well. The proposed method is aimed to ensure a high level of survivability of system of distributed data storage for military applications.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In this work, a method for backup and restoring data is proposed. The data is stored on different remote disks (storage nodes) and temporary or permanent loss of access to any q of them appears. The high efficiency of the proposed method is achieved by using a theoretically proved minimum number of backup storage nodes, which is equal to the number of the disks to which access has been lost. The theoretical justification with a methodology of backup codes and their use for data recovery, which is illustrated by examples, is presented. The theoretical and experimental effectiveness evaluation of the proposed method is demonstrated as well. The proposed method is aimed to ensure a high level of survivability of system of distributed data storage for military applications.

Key concepts: Backup, Distributed data store, Survivability, Data loss, Computer science, Computer data storage, Distributed computing, Data recovery

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