A new family of information theoretic lower bounds is provided for the storage-vs-repair bandwidth tradeoff. The bound recovers Tians bound for the (4, 3, 3) ...

Exact Repair for Distributed Storage Systems: Partial Characterization via New Bounds. Soheil Mohajer. Department of Electrical and Computer Engineering.

A new family of information theoretic lower bounds is provided for the storage-vs-repair bandwidth tradeoff. The bound recovers Tians bound for the (4, 3, 3) ...

A new family of information theoretic lower bounds is provided for the storage-vs-repair bandwidth tradeoff and the bound recovers Tians bound for the (4, ...

Abstract—The exact-repair problem for distributed storage systems is considered. Characterizing the optimal storage-vs- repair bandwidth tradeoff for such ...

Exact repair for distributed storage systems: Partial characterization via new bounds · An improved outer bound on the storage-repair-bandwidth tradeoff of exact ...

In this paper, the scenario where the number of repairing nodes is greater than that of reconstruction nodes and the storage capacity is already minimal for ...

Read Exact repair for distributed storage systems: Partial characterization via new bounds.

The main result of this paper is a new approach to develop bounds for exact repair distributed storage systems with linear codes (LDSS). Using this approach, ...

Missing: Partial characterization