建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線

碩士 === 國防大學中正理工學院 === 兵器系統工程研究所 === 95 === The complexity of resolving vehicle routing problem is a NP-Hard (Non-deterministic Polynomial-time Hard) problem. Accordingly, conventional mathematical programming cannot efficiently applied in resolving VRP as numerous demand points are involved. Many s...

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Main Authors: Wei-Mean Wey, 魏維勉
Other Authors: 王春和
Format: Others
Language:zh-TW
Published: 2007
Online Access:http://ndltd.ncl.edu.tw/handle/53079056025522809288
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spelling ndltd-TW-095CCIT01570052016-05-25T04:14:20Z http://ndltd.ncl.edu.tw/handle/53079056025522809288 建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線 Wei-Mean Wey 魏維勉 碩士 國防大學中正理工學院 兵器系統工程研究所 95 The complexity of resolving vehicle routing problem is a NP-Hard (Non-deterministic Polynomial-time Hard) problem. Accordingly, conventional mathematical programming cannot efficiently applied in resolving VRP as numerous demand points are involved. Many studies utilized the meta-heuristic algorithm to determine a solution approaching the optimal solution. The genetic algorithm (GA) was verified an effective meta-heuristic algorithm. This study developed a hybrid GA model, combining K-mean technology and pure GA to further improve the effectiveness of GA in resolving VRP. A case involving optimization of local active distribution from militarily troops demonstrates the effectiveness of the proposed hybrid GA model. 王春和 2007 學位論文 ; thesis 35 zh-TW
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description 碩士 === 國防大學中正理工學院 === 兵器系統工程研究所 === 95 === The complexity of resolving vehicle routing problem is a NP-Hard (Non-deterministic Polynomial-time Hard) problem. Accordingly, conventional mathematical programming cannot efficiently applied in resolving VRP as numerous demand points are involved. Many studies utilized the meta-heuristic algorithm to determine a solution approaching the optimal solution. The genetic algorithm (GA) was verified an effective meta-heuristic algorithm. This study developed a hybrid GA model, combining K-mean technology and pure GA to further improve the effectiveness of GA in resolving VRP. A case involving optimization of local active distribution from militarily troops demonstrates the effectiveness of the proposed hybrid GA model.
author2 王春和
author_facet 王春和
Wei-Mean Wey
魏維勉
author Wei-Mean Wey
魏維勉
spellingShingle Wei-Mean Wey
魏維勉
建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線
author_sort Wei-Mean Wey
title 建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線
title_short 建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線
title_full 建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線
title_fullStr 建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線
title_full_unstemmed 建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線
title_sort 建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線建構整合型基因演算法最佳化主動運補路線
publishDate 2007
url http://ndltd.ncl.edu.tw/handle/53079056025522809288
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