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Campus Service Facility Location Problem Research And Evaluation Modeling

Posted on:2012-07-03Degree:MasterType:Thesis
Country:ChinaCandidate:D L WanFull Text:PDF
GTID:2217330368995233Subject:Software engineering
Abstract/Summary:PDF Full Text Request
Higher education in the whole education cause in a leading position. Along with the university campus, to expand the scale of higher education idea change as well as the teaching methods of development and institutional reform, people on the university campus service facilities construction and puts forward higher and newer requirements, and service facility location is crucial.Based on the analysis of domestic and foreign service facility location andevaluation of the basis, research campus service facility location problem is how to choose the number of facilities and the optimal position to provide users with the appropriate service; through the analysis, the establishment of the campus within the service facility location model, and makes a case analysis; finally, in response to the need for considering many factors of the service facility location problem, the introduction of the analytic hierarchy process, and makes a case analysis.This article is divided into five chapters, the first chapter outlines the research background, significance, reviews the domestic and foreign related service facility location; the second chapter discusses the campus service facility location problem related to the knowledge of graph theory, including the basic concepts of graph, graph matrix (matrix and adjacency matrix.) and the problem of the shortest distance between any two points of the Floyd algorithm; the third chapter analyses the essence of campus service facility location, built three kinds of different service facility location problems of mathematical models, and gives examples of analysis; the fourth chapter applies the analytic hierarchy process (AHP) to solve the multi factors campus service facility location problem, and the example is analyzed to solve; the fifth chapter summarizes and prospects.
Keywords/Search Tags:Service facilities, a simple weighted graph, incidence matrix, adjacency matrix, Floyd algorithm, optimization model, AHP, mixed linear programming
PDF Full Text Request
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