Oct 26, 2016 · Abstract:Distributed storage codes have important applications in the design of modern storage systems. In a distributed storage system, ...

Jun 4, 2019 · A (k+r,k) MDS storage code consists of k+r storage nodes, with the property that each node stores exactly \frac{1}{k} fraction of the overall ...

Oct 26, 2016 · In this paper, by introducing a novel piggybacking design framework for systematic MDS codes, we construct a storage code whose average ...

Jun 12, 2017 · The traditional maximal distance separable (MDS) storage codes have low repair complexity but high repair bandwidth. On the contrary, minimal ...

Fortunately, the newly introduced piggybacked codes combine the advantages of both ones. The main result of this paper is a novel piggybacking design framework ...

Sep 1, 2023 · The sub-packetization level is roughly equal to 2 times the number $r$ of parity nodes when the new piggybacking code attains the highest repair ...

We present a new piggybacking framework for designing distributed storage codes that are efficient in the amount of data read and downloaded during node-repair.

2018. [21] C. Shangguan and G. Ge, “A new piggybacking design for systematic mds storage codes,” Designs, Codes and. Cryptography, vol. 87, pp. 2753-2770 ...

We present a new piggybacking framework for designing distributed storage codes that are efficient in data- read and download required during node-repair.

We present a new 'piggybacking' framework for designing distributed storage codes that are efficient in data-read and download required during node-repair.