Erasure coding has been widely deployed in modern large-scale storage systems for
storage-efficient fault tolerance by storing stripes of data and parity chunks. Recently …

Erasure codes are essential for providing efficient resilience against node failures in
distributed storage. Typically, an erasure code encodes symbols into symbols which are …

It is indispensable to scale erasure-coded storage clusters to meet requirements of
increased storage capacity and I/O performance. In this study, we propose an efficient …

Modern key-value (KV) stores increasingly adopt erasure coding to reliably store data. To
adapt to the changing demands on access performance and reliability requirements, KV …

To adapt to the increasing storage demands and varying storage redundancy requirements,
practical distributed storage systems need to support storage scaling by relocating currently …

System scaling becomes essential and indispensable for distributed storage systems due to
the explosive growth of data volume. Considering that fault-protection is a necessity in large …

Distributed storage systems must store large amounts of data over long periods of time. To
avoid data loss due to device failures, an [n, k] erasure code is used to encode k data …

Erasure coding is a known redundancy technique that has been popularly deployed in
modern storage systems to protect against failures. By introducing a small portion of coded …

Erasure codes have become an integral part of distributed storage systems as a tool for
providing data reliability and durability under the constant threat of device failures. In such …

Disk additions to a RAID-6 storage system can simultaneously increase the I/O parallelism
and expand the storage capacity. To regain a balanced load among both old and new disks …