Add to ORKGThe final year project is based on the research in networked storage systems. Such storage systems are used widely everywhere today since it makes data available at multiple places and reduces the storage overhead to a certain extent. Various codes have been proposed and implemented during different times for efficient network storage that can alleviate costs related to storage and computations. In this report, these codes have been studied with respect to the different mechanisms they employ and the associated storage and computations costs that they incur. The report also discusses the underlying mathematics and looks into the Self-Repairing Homomorphic codes in detail that reduce the mentioned costs to a large extent. The repairing phas...
In order to guarantee data reliability in distributed storage systems, erasure codes are widely used...
Abstract—A distributed storage setting is considered where a file of size B is to be stored across n...
In the distributed storage coding problem we consider,\ud data is stored across n nodes in a network...
Erasure codes provide a storage efficient alternative to replication based redundancy in (networked)...
textDistributed storage systems (a.k.a. cloud storage networks) are becoming increasingly important,...
Recent studies have shown that network coding can improve the performance of the distributed storage...
In distributed storage systems, projective geometric self-repairing codes (PSRC) are able to provide...
In distributed storage systems reliability is achieved through redundant storage nodes distributed i...
In distributed storage systems, a data file is encoded and distributed to storage nodes, such that t...
In a storage system where individual storage nodes are prone to failure, the redundant storage of da...
This manuscript comprises a tutorial on traditional erasure codes and their applications to networke...
Highly increased data traffic over the last few years has led to a need to improve the networkeffici...
Abstract — Peer-to-peer distributed storage systems pro-vide reliable access to data through redunda...
Self-Repairing Codes (SRC) are codes designed to suit the need of coding for distributed networked s...
This dissertation presents new methods for analysis and design of coding schemes for distributed sto...
In order to guarantee data reliability in distributed storage systems, erasure codes are widely used...
Abstract—A distributed storage setting is considered where a file of size B is to be stored across n...
In the distributed storage coding problem we consider,\ud data is stored across n nodes in a network...
Erasure codes provide a storage efficient alternative to replication based redundancy in (networked)...
textDistributed storage systems (a.k.a. cloud storage networks) are becoming increasingly important,...
Recent studies have shown that network coding can improve the performance of the distributed storage...
In distributed storage systems, projective geometric self-repairing codes (PSRC) are able to provide...
In distributed storage systems reliability is achieved through redundant storage nodes distributed i...
In distributed storage systems, a data file is encoded and distributed to storage nodes, such that t...
In a storage system where individual storage nodes are prone to failure, the redundant storage of da...
This manuscript comprises a tutorial on traditional erasure codes and their applications to networke...
Highly increased data traffic over the last few years has led to a need to improve the networkeffici...
Abstract — Peer-to-peer distributed storage systems pro-vide reliable access to data through redunda...
Self-Repairing Codes (SRC) are codes designed to suit the need of coding for distributed networked s...
This dissertation presents new methods for analysis and design of coding schemes for distributed sto...
In order to guarantee data reliability in distributed storage systems, erasure codes are widely used...
Abstract—A distributed storage setting is considered where a file of size B is to be stored across n...
In the distributed storage coding problem we consider,\ud data is stored across n nodes in a network...