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    Please use this identifier to cite or link to this item: http://ir.lib.ncu.edu.tw/handle/987654321/67605

    Title: 應用資料探勘技術於資源配置預測之研究-以某電腦代工支援單位為例
    Authors: 范睿昀;Fan,Jui-yun
    Contributors: 資訊管理學系在職專班
    Keywords: 資料探勘;資源配置;特徵屬性選取;單一與多重分類器;Data Mining.;Resource-Base View;Feature Selection;A Single and Multiple Classifier
    Date: 2015-06-18
    Issue Date: 2015-07-30 23:27:23 (UTC+8)
    Publisher: 國立中央大學
    Abstract: 隨著商業模式快速的改變,國內外電腦代工產業面臨產業的快速脈動、少量多樣的市場需求,紛紛尋求如何提升產品協同設計流程效能的方法。因應產品「少量」、「多樣」的生產模式策略,支援單位即將邁入多樣少量日趨複雜產品設計,其資源配置與協同合作流程監控的提升日趨重要。
    本研究在實驗流程上,採用Weka資料探勘工具,進行不同分類器實驗,為能找出個案公司資料中具備影響力的維度,主要是透過基因演算法 (GainRatio AttributeEval) 和資訊增益 (Information Gain) 去執行資料前處理,以試圖獲得最佳資源配置預測模型。
    經過實驗結果得知,無論是單一分類器或多重分類器,ROC值的整體表現皆高於0.9並以分類器之CART的正確率較高,其特徵屬性選取 (Feature Selection) 對於資料集的預測結果影響都不大,因此,本研究建議,個案公司在處理資源配置的預測時,可以優先採用分類器之分類決策樹推估模型 (CART)。
    ;With rapid changes of business systems, both domestic and foreign industrial manufacturers face the problem of fast flow and various market demands. As a result, they are looking for the solution which could increase the effectiveness of cooperative product design. Due to the two production strategies, which are “low quantity” and “various”, the support department will design a variety of products with a small quantity. Also, its resource allocation and cooperative process supervision will become more and more important.
    Academics provide numerous predictive theories and techniques for the resource allocation of government department. However, there are less predictions for the field of computer industrial manufacturers. This research uses a lot of electronic resources from a case company to create difference single and multiple classifiers for predicable resource allocation. This is to identify the most suitable model for the demand of the company and we expect that the result of the research could be referred by academics.
    For the experiments, the research uses the Weka data mining tool to conduct the experiments for different allocators. In order to find out the most effective dimension of the company, the research use the GA-based heuristic algorithm and information gain algorithm to pre-process the data first. Therefore, we could obtain the best predictive model of resource allocation.
    From the experimental results, we observe that no matter single or multiple classifiers are used, the general performance of R.O.C. are all higher than 0.9, and the bagging based multiple classifiers based on CART got a higher accuracy, but performing feature selection has a little influence on the prediction of data collection. Therefore, the research recommends that when making a prediction of resource allocation, the company could use the classifier for the allocation strategy based on CART.
    Appears in Collections:[資訊管理學系碩士在職專班 ] 博碩士論文

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