… erasure coding directly on an extremely small object (eg, 2 bytes), as we need to first
decompose the object … In erasure coding, we also need to maintain consistency across encoded …

… r) code generates r parities from k data nodes. For a fair comparison, we set all erasure codes
… is not suitable for storing large objects on SSDs or storing small objects on HDDs, as naive …

… erasure code provides redundancy without the overhead of strict replication. Erasure codes
divide an object … Although the outgoing fragments are “smaller”, we simply aggregate them …

… size (eg, < 64KB) inevitably increases the end-to-end latency, and we suggest replicating
small objects as they often occupy only a small portion of the storage space [4], [80]. …

… by small objects [12, 38], and cross-coding can combine small … cross-coding is a sound
erasure coding technique for decentralized KV stores. In this paper, we focus on cross-coding. …

… of parity update approach are more visible in case of small updates. In fact, as shown in [4]
and confirmed later in our experiments, for a given object, if the number of updated blocks is …

… , we introduce the technique of erasure code which is an alternative … Erasure codes store
data objects as equations thus reducing much of the storage cost. Moreover, with erasure codes…

… Erasure Coding (EC) in cloud storage minimizes data replication by reconstructing … Object
Storage Systems. EC guarantees data integrity by ensuring lossless transmission of all coded …

… use of PET, more precisely an extension called Universal Object Delivery (UOD), and GOE
in situations where one needs to send a bundle of small object (eg files). If both solutions can …

… Finally, we report the network traffic required to encode a specific data object with the novel
… ci by retrieving only d symbols, for small values of d, d < k, which can be as small as d = 2 [5]. …