MIP models for connected facility location: A theoretical and computational study |
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Authors: | Stefan Gollowitzer Ivana Ljubić |
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Affiliation: | Department of Statistics and Decision Support Systems, Faculty of Business, Economics, and Statistics, University of Vienna, Austria |
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Abstract: | This article comprises the first theoretical and computational study on mixed integer programming (MIP) models for the connected facility location problem (ConFL). ConFL combines facility location and Steiner trees: given a set of customers, a set of potential facility locations and some inter-connection nodes, ConFL searches for the minimum-cost way of assigning each customer to exactly one open facility, and connecting the open facilities via a Steiner tree. The costs needed for building the Steiner tree, facility opening costs and the assignment costs need to be minimized. |
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Keywords: | Facility location Steiner trees Mixed integer programming models LP-relaxations |
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