Parallel Scatter Search Approach for the MinMax Regret Location Problem
In this paper we propose an efficient solving method based on a parallel scatter search algorithm that accelerates the search time to solve the minmax regret location problem. The algorithm was applied in the context of emergency management to locate emergency vehicles stations. A discrete event simulator was used to test the quality of the obtained solutions on the operational level. We compared the performance of the algorithm to an existing two stages method, and experiments show the efficiency of the proposed method in terms of quality of solution as well as the gain in computation time that could be obtained by parallelizing the proposed algorithm.
Year of publication: |
2018
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Authors: | Ibri, Sarah ; Cherabrab, Mohammed EL Amin ; Abdoune, Nasreddine |
Published in: |
International Journal of Applied Metaheuristic Computing (IJAMC). - IGI Global, ISSN 1947-8291, ZDB-ID 2696224-X. - Vol. 9.2018, 2 (01.04.), p. 1-17
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Publisher: |
IGI Global |
Subject: | Facility Location | Minmax Regret | Scatter Search | Parallel Metaheuristics | Uncertainties with Scenarios | Decision Making | Partial Covering | Strategic Planning |
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