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 …

Large-scale storage systems have introduced erasure codes to guarantee high data
reliability, yet inevitably at the expense of high repair costs. In practice, storage nodes are …

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 …

Due to individual unreliable commodity components, failures are common in large-scale
distributed storage systems. Erasure codes are widely deployed in practical storage systems …

Modern data storage systems apply erasure codes to provide data reliability efficiently.
Previous studies proposed a series of techniques to weigh repair/storage costs, reduce …

The development of machine learning has increasingly extended to edge mobile devices
like unmanned aerial vehicles (UAVs). It leads that the security of grouped unmanned aerial …

More and more storage systems use erasure code to tolerate faults. It takes pieces of data
blocks as input and encodes a small number of parity blocks as output, where these blocks …

Massive storage systems composed of tens of thou-sands of disks are increasingly common
in high-performance computing data centers. With such an enormous number of …

In distributed storage systems, the ability to recover from failures is critical for ensuring
reliability. To improve recovery speed, these systems often distribute the recovery task …

Los sistemas de almacenamiento distribuido tienen sus origenes en los sistemas de
almacenamiento centralizado, que eran utilizados para almacenar grandes cantidades de …