In cloud storage scenarios, each chunk with multiple symbols of a coding strip resides in a
different node and, hence, on a different disk. Existing STAIR and sector-disk (SD) …

As a storage efficient approach, erasure coding has been adopted by many large-scale
cloud storage systems to protect data from server and datacenter failures. To erasure-coded …

Cloud storage systems have commonly used erasure coding that encodes data in stripes of
blocks as a low-cost redundancy method for data reliability. Relative to traditional erasure …

In large scale distributed systems such as cloud storage systems, erasure coding is a
fundamental technique to provide high reliability at low monetary cost. Compared with the …

In recent years, erasure codes have become the de facto standard for data protection in
large scale distributed cloud storage systems at the cost of an affordable storage overhead …

With the reliability requirements increasingly important, erasure codes have been widely
used in today's cloud storage systems because they achieve both high reliability and low …

Erasure coding is widely used in distributed storage systems (DSSs) to efficiently achieve
fault tolerance. However, when the original data need to be updated, erasure coding must …

Erasure coding is extensively deployed in today's data centers to tackle prevalent failures,
because it can offer higher reliability at lower storage overhead than data replication …

The failure of a single unreliable commodity component is very common in large-scale
distributed storage systems. In order to ensure the reliability of data in large-scale distributed …

Erasure Codes (ECs) have widely been used in distributed storage systems to ensure data
availability because of its low storage cost and high reliability. However, the update …