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Resilient and Survivable Ring Star Problems

Julien Khamphousone, Fabian Andres Castano Giraldo, André Rossi, Sonia Toubaline

Abstract

In this paper, we consider both the Resilient Ring Star Problem, in which a solution should be easy to fix when a single hub fails, and the Survivable Ring Star Problem, in which a solution guarantees that a Ring Star topology is available at no cost when a single hub fails. An ILP formulation is proposed for both problems, as well as a Benders decomposition. The solution provided by both problems are also compared in order to determine which problem returns the most appropriate solutions, when the failure rate varies.

Resilient and Survivable Ring Star Problems

Abstract

In this paper, we consider both the Resilient Ring Star Problem, in which a solution should be easy to fix when a single hub fails, and the Survivable Ring Star Problem, in which a solution guarantees that a Ring Star topology is available at no cost when a single hub fails. An ILP formulation is proposed for both problems, as well as a Benders decomposition. The solution provided by both problems are also compared in order to determine which problem returns the most appropriate solutions, when the failure rate varies.
Paper Structure (2 sections, 1 figure)

This paper contains 2 sections, 1 figure.

Figures (1)

  • Figure 1: A solution to RSP.