As erasure codes have been widely adopted in most large-scale data storage systems and
applications, implementations of high-performance erasure codes have been improved …

Erasure coding is a fundemental technique to prevent data loss in storage systems
composed of multiple disks. Recently, there have been multiple open-source …

Over the past five years, large-scale storage installations have required fault-protection
beyond RAID-5, leading to a flurry of research on and development of erasure codes for …

Various techniques have been proposed in the literature to improve erasure code
computation efficiency, including optimizing bitmatrix design and computation schedule …

Large scale, archival and wide-area storage systems use erasure codes to protect users
from losing data due to the inevitable failures that occur. All but the most basic erasure …

In data storage systems, it is crucial to protect data from loss due to failures. Erasure codes
lay the foundation of this protection, enabling systems to reconstruct lost data when …

In large storage systems, it is crucial to protect data from loss due to failures. Erasure codes
lay the foundation of this protection, enabling systems to reconstruct lost data when …

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 …

Traditionally, when storage systems employ erasure codes, they are designed to tolerate the
failures of entire disks. However, the most common types of failures are latent sector failures …

Data protection is essential in large-scale storage systems. Over the years, erasure codes,
which provide the system ability to reconstruct data when damage occurs, have been proven …