Large-scale high code-rate maximum distance separable (MDS) codes are critical and
important in distributed storage systems that can provide high fault tolerance with extremely …

Maximum distance separable (MDS) codes are commonly deployed in distributed storage
systems as they provide the maximum failure tolerance for some given redundancy. The …

Efficient node repair is a crucial problem in erasure-code-based distributed storage systems.
An important metric for repair efficiency is the I/O cost which means the amount of data …

Maximum distance separable (MDS) codes facilitate the achievement of elevated levels of
fault tolerance in storage systems while incurring minimal redundancy overhead. Reed …

An $(n, k) $ maximum distance separable (MDS) code has optimal repair access if the
minimum number of symbols accessed from $ d $ surviving nodes is achieved, where $ k+ …

Recently, some high-rate maximum distance separable (MDS) array codes were designed
to optimally repair a single failed node by connecting all the surviving nodes. However, in …

Binary maximum distance separable (MDS) array codes are a special class of erasure
codes for distributed storage that not only provide fault tolerance with minimum storage …

In the literature, most of the known high-rate MDS array codes with the optimal repair
property only support a single repair degree (ie, the number of helper nodes contacted …

In the literature, most of the known high-rate $(n, k) $ MDS array codes with the optimal
repair property only support a single repair degree (ie, the number of helper nodes …

Maximum distance separable codes are commonly used in large-scale distributed storage
systems since they achieve the maximum fault tolerance for some given redundancy. In this …