We propose a new parity-based method called Multi-stage Erasure Coding (MEC), which creates two different erasure codes: one at the data transmission source ...
Abstract— In scalable storage systems, there are two kinds of methods for data redundancy: mirroring and parity. Each has its pros and cons.
This research aims to establish an efficient data protection method that can be applied to fast, memory class media called Multi-stage Erasure Coding (MEC), ...
Dive into the research topics of 'MEC: Network optimized multi-stage erasure coding for scalable storage systems'. Together they form a unique fingerprint. Sort ...
In scalable storage systems, there are two kinds of methods for data redundancy: mirroring and parity. Each has its pros and cons. Mirroring creates a large ...
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MEC: Network Optimized Multi-stage Erasure Coding for ... - dblp
dblp.org › conf › prdc › AkutsuYUS17
Hiroaki Akutsu, Takahiro Yamamoto, Kazunori Ueda, Hideo Saito: MEC: Network Optimized Multi-stage Erasure Coding for Scalable Storage Systems.
Sep 16, 2024 · Due to our limited budget, we are looking for the best way to optimize storage space without compromising redundancy and high availability.
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To solve this problem, Hitachi has developed its own erasure coding method called multi-stage erasure coding (MEC)(5). Figure 3 shows the differences between ...
Another approach is erasure coding, which provides the same level of reliability as replication using a significantly smaller amount of storage. When redundant ...
MEC: Network Optimized Multi-stage Erasure Coding for Scalable Storage Systems pp. 292-300. A Novel Highly Available Data Replication Strategy Exploiting ...