Add to ORKGIn this paper, we consider the setting of exact repair linear regenerating codes. Under this setting, we derive a new outer bound on the storage-repair-bandwidth trade-off for the case when d = k = n - 1, where (n; k; d) are parameters of the regenerating code, with their usual meaning. Taken together with the achievability result of Tian et. al. 1], we show that the new outer bound derived here completely characterizes the trade-off for the case of exact repair linear regenerating codes, when d = k = n - 1. The new outer bound is derived by analyzing the dual code of the linear regenerating code
In this paper, we provide explicit constructions for a class of exact-repair regenerating codes that...
Typically, locally repairable codes (LRCs) and regenerating codes have been studied independently of...
We study the exact-repair tradeoff between storage and repair bandwidth in distributed storage syste...
In this paper, we consider the setting of exact repair linear regenerating codes. Under this setting...
In this paper we establish an improved outer bound on the storage-repair-bandwidth tradeoff of regen...
The characterization of the storage-repair bandwidth tradeoff of (n, k, d)-regenerating codes under ...
While the tradeoff between the amount of data stored and the repair bandwidth of an (n, k, d) regene...
In this paper, three outer bounds on the normalised storage-repair bandwidth trade-off of regenerati...
Abstract—Exact-repair regenerating codes are considered for the case (n, k, d) = (4, 3, 3), for whi...
It is well known that it is possible to construct regenerating codes with exact repair that operate ...
Abstract—In this paper we study distributed storage systems with exact repair. We give a constructio...
In this paper, the storage-repair-bandwidth (SRB) trade-off curve of regenerating codes is reformula...
Regenerating code is a class of storage codes that achieve the optimal trade-off between storage cap...
In this paper distributed storage systems with exact repair are studied. A construction for regenera...
Regenerating codes are a class of recently developed codes for distributed storage that, like Reed-S...
In this paper, we provide explicit constructions for a class of exact-repair regenerating codes that...
Typically, locally repairable codes (LRCs) and regenerating codes have been studied independently of...
We study the exact-repair tradeoff between storage and repair bandwidth in distributed storage syste...
In this paper, we consider the setting of exact repair linear regenerating codes. Under this setting...
In this paper we establish an improved outer bound on the storage-repair-bandwidth tradeoff of regen...
The characterization of the storage-repair bandwidth tradeoff of (n, k, d)-regenerating codes under ...
While the tradeoff between the amount of data stored and the repair bandwidth of an (n, k, d) regene...
In this paper, three outer bounds on the normalised storage-repair bandwidth trade-off of regenerati...
Abstract—Exact-repair regenerating codes are considered for the case (n, k, d) = (4, 3, 3), for whi...
It is well known that it is possible to construct regenerating codes with exact repair that operate ...
Abstract—In this paper we study distributed storage systems with exact repair. We give a constructio...
In this paper, the storage-repair-bandwidth (SRB) trade-off curve of regenerating codes is reformula...
Regenerating code is a class of storage codes that achieve the optimal trade-off between storage cap...
In this paper distributed storage systems with exact repair are studied. A construction for regenera...
Regenerating codes are a class of recently developed codes for distributed storage that, like Reed-S...
In this paper, we provide explicit constructions for a class of exact-repair regenerating codes that...
Typically, locally repairable codes (LRCs) and regenerating codes have been studied independently of...
We study the exact-repair tradeoff between storage and repair bandwidth in distributed storage syste...