Erasure coding (EC) is a promising fault tolerance scheme that has been applied to many
well-known distributed storage systems. The capability of Coherent EC Calculation and …

In distributed storage systems, erasure coding (EC) is a crucial technology to enable high
fault tolerance with lower storage overheads than data replication. EC can reconstruct …

Distributed storage systems typically need data to be stored redundantly to guarantee data
durability and reliability. While the conventional approach towards this objective is to store …

In distributed storage systems, Erasure Coding (EC) is a crucial technology to enable high
data availability. By downloading parity data from survived machines, EC can reconstruct …

Erasure coding is widely used in the distributed storage systems due to its significant
storage efficiency compared with replication at the same fault tolerance level. However …

Erasure coding becomes a practical redundancy technique for distributed storage systems
to achieve fault tolerance with low storage overhead. Given its popularity, research studies …

Erasure Coding (EC) NIC offload is a promising technology for designing next-generation
distributed storage systems. However, this paper has identified three major limitations of …

Emerging computing paradigm edge computing expects to store and process data at the
network edge with reduced latency and improved network bandwidth. To the best of our …

Erasure coding (EC) has been commonly used to offer high data reliability with low storage
cost. Upon failures, the lost blocks are recovered in batches. Due to the limited number of …

Erasure coding provides a mechanism to store data redundantly for fault-tolerance in a cost-
effective manner. Recently, there has been a renewed interest in designing new erasure …