Typically, locally repairable codes (LRCs) and regenerating codes have been studied independently of each other, and it has not been clear how the parameters of one relate to those of the other. In this paper, a novel connection between locally repairable codes and exact regenerating codes is established. Via this connection, locally repairable codes are interpreted as exact regenerating codes. Further, some of these codes are shown to perform better than time-sharing codes between minimum bandwidth regenerating and minimum storage regenerating codes.Peer reviewe
We propose locally rewritable codes (LWC) for resistive memories inspired by locally repairable code...
In this paper we establish an improved outer bound on the storage-repair-bandwidth tradeoff of regen...
While the tradeoff between the amount of data stored and the repair bandwidth of an (n, k, d) regene...
Typically, locally repairable codes (LRCs) and regenerating codes have been studied independently of...
Abstract—In this paper we study distributed storage systems with exact repair. We give a constructio...
In this paper, we provide explicit constructions for a class of exact-repair regenerating codes that...
In this paper distributed storage systems with exact repair are studied. A construction for regenera...
Regenerating codes and codes with locality are schemes recently proposed for a distributed storage n...
In this paper, we provide explicit constructions for a class of exact-repair regenerating codes that...
Regenerating codes and codes with locality are two coding schemes that have recently been proposed, ...
Regenerating codes and codes with locality are two coding schemes that have recently been proposed, ...
Regenerating codes and codes with locality are two schemes that have recently been proposed to ensur...
In this paper, we consider the setting of exact repair linear regenerating codes. Under this setting...
Regenerating code is a class of storage codes that achieve the optimal trade-off between storage cap...
In this paper, the storage-repair-bandwidth (SRB) trade-off curve of regenerating codes is reformula...
We propose locally rewritable codes (LWC) for resistive memories inspired by locally repairable code...
In this paper we establish an improved outer bound on the storage-repair-bandwidth tradeoff of regen...
While the tradeoff between the amount of data stored and the repair bandwidth of an (n, k, d) regene...
Typically, locally repairable codes (LRCs) and regenerating codes have been studied independently of...
Abstract—In this paper we study distributed storage systems with exact repair. We give a constructio...
In this paper, we provide explicit constructions for a class of exact-repair regenerating codes that...
In this paper distributed storage systems with exact repair are studied. A construction for regenera...
Regenerating codes and codes with locality are schemes recently proposed for a distributed storage n...
In this paper, we provide explicit constructions for a class of exact-repair regenerating codes that...
Regenerating codes and codes with locality are two coding schemes that have recently been proposed, ...
Regenerating codes and codes with locality are two coding schemes that have recently been proposed, ...
Regenerating codes and codes with locality are two schemes that have recently been proposed to ensur...
In this paper, we consider the setting of exact repair linear regenerating codes. Under this setting...
Regenerating code is a class of storage codes that achieve the optimal trade-off between storage cap...
In this paper, the storage-repair-bandwidth (SRB) trade-off curve of regenerating codes is reformula...
We propose locally rewritable codes (LWC) for resistive memories inspired by locally repairable code...
In this paper we establish an improved outer bound on the storage-repair-bandwidth tradeoff of regen...
While the tradeoff between the amount of data stored and the repair bandwidth of an (n, k, d) regene...