LOCATING MULTIPLE FACILITIES IN A PLANAR COMPETITIVE ENVIRONMENT

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概要

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• We investigate the location of one or more facilities anywhere in an area in which several competing facilities already exist. The attractiveness of each facility is modeled by a utility function. Each customer selects the facility with the greatest utility function value. The objective is to find the locations for one or more facilities which attract the maximum buying power. We generate a set of candidate locations and solve the single facility problem by evaluating the buying power attracted to the new facility at each candidate location. We then solve the location of multiple facilities by converting the problem to a maximum covering problem. The solution procedure is illustrated on an example problem with 100 demand points and seven existing facilities. As a case study we find the best locations of new convenience stores in the city of Seto, Japan.

• 社団法人日本オペレーションズ・リサーチ学会の論文

著者

• Suzuki Atsuo

  Nanzan Univ.

• Drezner Zvi

  California State University-fullerton

• Drezner Zvi

  California State University Fullerton

• Drezner Tammy

  California State University-fullerton

関連論文

• A NEW CLUSTERING MODEL OF WIRELESS SENSOR NETWORKS USING FACILITY LOCATION THEORY
• On a Location Problem of Relay Points in a Logistics System
• LOCATING MULTIPLE FACILITIES IN A PLANAR COMPETITIVE ENVIRONMENT
• On the p-Center Problem in a Square
• A MATHEMATICAL PROGRAMMING APPROACH TO THE MULTI-ROUND TOPOLOGY CONSTRUCTION PROBLEM IN WIRELESS SENSOR NETWORKS
• A MATHEMATICAL PROGRAMMING APPROACH TO THE MULTI-ROUND TOPOLOGY CONSTRUCTION PROBLEM IN WIRELESS SENSOR NETWORKS
• SOLVING CONSTRAINED TWO-FACILITY LOCATION PROBLEMS(ISOLDE XII)

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