… the (4,2) erasure code is used, the … ) erasure code is used, the packet loss rate after recovery
is 0.7%. We compared the performance of systematic erasure code with that of redundancy …

… Still, our choice of random linear codes and the erasure channels in this article is primarily …
proxy for more sophisticated codes and channels. For erasure channels, the analysis reveals …

… codes [4], we propose a framework to realize erasure code instances that are amenable to
network coding based elastic expansion of redundancy. … of one specific code instance, which …

… This dissertation deals with the design of practical erasure codes for storage systems.
Hardware and logical disk failures are a common source of system failures that may lead to data …

… error-control capacity though requiring a minimum redundancy, while … erasure-control
capacity. In this Section, a class of MDS array erasure codes are introduced for packet-loss control …

… In this paper, the erasure code redundancy technology is … based on data fragmentation
method of erasure code. In Byzantine … So, the fragmentation verification technique is so important …

… separable codes [11]. Roughly speaking, erasure codes allow a fixed number of component
failures in the overall system, and it has the lowest storage overhead (ie, redundancy) …

… Our code is based on Vandermonde matrices computed over … An implementation of the
erasure code shown in this paper is … fast we can build redundant packets. If we use a systematic …

… Our work described in this article is related to erasure codes and power-aware storage …
We build a high-level Markov model for erasure codes among data nodes in ECS2. After …

… Erasure coding: Data is stored according to an erasure code. This method requires less disk
… similar to [2], [15], [33], who give “hot” data higher redundancy can help ProCode to reduce …