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|Title: ||綠色供應鏈動態風險評估 : 以筆電廠商及其供應商為例|
|Other Titles: ||Dynamic risk assessment in the green supply chain : an application to the notebook manufacture and its suppliers|
|Authors: ||黃仕君;Huang, Shih-Chun|
|Keywords: ||危險物質禁用指令(RoHS);廢棄電機電子設備指令(WEEE);綠色供應鏈管理(GSCM);失效模式與效應分析(FMEA);分析網路程序法(ANP);灰關聯分析法;指數平滑模型;動態排序;RoHS;WEEE;Green Supply Chain Management;FMEA;ANP;the grey relational analysis;exponential smoothing models;dynamic sorting|
|Issue Date: ||2013-04-13 11:25:09 (UTC+8)|
本篇研究主要以筆記型電腦產業為主軸來探討綠色供應鏈管理(Green Supply Chain Management)中的風險，並建立整體的綠色供應鏈風險評估模式，因此如何評估製造商及其供應商在營運以及提供原物料時所有可能產生的風險，並針對這些風險提出有效的改善方案是本篇研究重點。其研究方法如下：
找出風險可能產生的方向，並在這些方向下透過失效模式與效應分析(Failure Mode and Effects Analysis, FMEA)定義出FMEA構面。其次對定義出的FMEA的構面以分析網路程序法(Analysis Network Process, ANP)找出相對權重，設定權重後，再找出各構念下有可能造成影響的風險因子，並以灰關聯分析法(Grey Relation Analysis)結合ANP權重排列出靜態風險因子排序，最後以指數平滑模型(Exponential Smoothing Model)探討風險因子排序隨著時間變化的程度，而排列出動態因子排序。
The environmental pollution problems derived from the high-tech revolution in 3C products have contributed to the development of green issues and restricted to the correspondence enterprises focusing on the recovery of the sustainable environment and promoting the European Union green policies in their management processes includes the restriction of hazardous substances (RoHS), waste electrical and electronic equipment directive (WEEE), and energy using products directive (EuP). These green issues and policies proceed to create many uncertainties in the management process among the material purchasing, R&D, production process, and its sale strategies. In order to assist enterprises to properly focus on green issues in their management process, we try to find out the risk factors and their corresponding weights affect to the management processes from the experts opinion; and then the enterprises can support effectively sustainable operation strategies.
In this study, we choose a leading company driven by innovation and commitment to quality for products in notebooks for investigating an overall green supply chain risk assessment model. We first identify the risk factors in their green supply chain with respect to the risks as well as the failure mode and effects analysis (FMEA). Second, we use the Analytic Network Process (ANP) to derive the relative weights of the risk dimensions in the FMEA. Third, we combine grey relational analysis and ANP weights to derive the relative weight of each risk factor in its risk dimension which is defined as static risk factors in the management of GSCM. Finally, an exponential smoothing model is used to explore the dynamic risk factors which describe the risk factors are variant over time because some unknow causes are not included in the proposed analysis method. In the experiment results, we confirm that the proposed method can be used in the GSCM for this enterprise and quickly find out the risk factors. Furthermore, through the dynamic sorting of results, the enterprise can prospectively insight the possible risks to facilitate risk control capabilities.
|Appears in Collections:||[管理科學學系暨研究所] 學位論文|
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