Solving Multi-objective Facility Planning Problems by Fuzzy Sets Theory

碩士 === 元智工學院 === 工業工程學系 === 84 === In this study the construction type facility planning problem of the multi-objective, multi-floor was evaluated. The multiple-floor facility planning problem is the extension of the single-floor problem, and it also cons...

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Main Authors: Lu, Chang-Ju, 呂昌儒
Other Authors: Hu Michael Huang-Der
Format: Others
Language:zh-TW
Online Access:http://ndltd.ncl.edu.tw/handle/62119926236143017065
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spelling ndltd-TW-084YZU000300052016-02-03T04:32:09Z http://ndltd.ncl.edu.tw/handle/62119926236143017065 Solving Multi-objective Facility Planning Problems by Fuzzy Sets Theory 應用模糊理論求解多目標設施規劃問題 Lu, Chang-Ju 呂昌儒 碩士 元智工學院 工業工程學系 84 In this study the construction type facility planning problem of the multi-objective, multi-floor was evaluated. The multiple-floor facility planning problem is the extension of the single-floor problem, and it also considers the complexities of the intra-floor and inter-floor information in the building. This study integrates the stacking plan and the floor optimization problem using the space-filling curve(SFC) and the heuristic algorithm. For multiple objective goal, the use of fuzzy sets theory was developed by the linguistic variable to construct a more applicable model. The results show that this proposed model can obtain a better solution in both stacking plan and layout problem than traditional approaches. Hu Michael Huang-Der 胡黃德 學位論文 ; thesis 80 zh-TW
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description 碩士 === 元智工學院 === 工業工程學系 === 84 === In this study the construction type facility planning problem of the multi-objective, multi-floor was evaluated. The multiple-floor facility planning problem is the extension of the single-floor problem, and it also considers the complexities of the intra-floor and inter-floor information in the building. This study integrates the stacking plan and the floor optimization problem using the space-filling curve(SFC) and the heuristic algorithm. For multiple objective goal, the use of fuzzy sets theory was developed by the linguistic variable to construct a more applicable model. The results show that this proposed model can obtain a better solution in both stacking plan and layout problem than traditional approaches.
author2 Hu Michael Huang-Der
author_facet Hu Michael Huang-Der
Lu, Chang-Ju
呂昌儒
author Lu, Chang-Ju
呂昌儒
spellingShingle Lu, Chang-Ju
呂昌儒
Solving Multi-objective Facility Planning Problems by Fuzzy Sets Theory
author_sort Lu, Chang-Ju
title Solving Multi-objective Facility Planning Problems by Fuzzy Sets Theory
title_short Solving Multi-objective Facility Planning Problems by Fuzzy Sets Theory
title_full Solving Multi-objective Facility Planning Problems by Fuzzy Sets Theory
title_fullStr Solving Multi-objective Facility Planning Problems by Fuzzy Sets Theory
title_full_unstemmed Solving Multi-objective Facility Planning Problems by Fuzzy Sets Theory
title_sort solving multi-objective facility planning problems by fuzzy sets theory
url http://ndltd.ncl.edu.tw/handle/62119926236143017065
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