物流技术
物流技術
물류기술
LOGISTICS TECHNOLOGY
2014年
10期
340-343
,共4页
供应商评价与选择%低碳供应链%FEAHP%FTOPSIS
供應商評價與選擇%低碳供應鏈%FEAHP%FTOPSIS
공응상평개여선택%저탄공응련%FEAHP%FTOPSIS
evaluation and selection of supplier%low-carbon supply chain%FEAHP%FTOPSIS
针对模糊性与确定性共存的特点,给出了一个结合模糊程度层次分析法(FEAHP)和FTOPSIS的评价选择模型。在该模型中,先建立低碳供应链供应商评价指标体系,然后用FEAHP计算出各指标的权重,并把该权重作为FTOPSIS评价的权重系数,用FTOPSIS法选择最优供应商,最后给出了算例。
針對模糊性與確定性共存的特點,給齣瞭一箇結閤模糊程度層次分析法(FEAHP)和FTOPSIS的評價選擇模型。在該模型中,先建立低碳供應鏈供應商評價指標體繫,然後用FEAHP計算齣各指標的權重,併把該權重作為FTOPSIS評價的權重繫數,用FTOPSIS法選擇最優供應商,最後給齣瞭算例。
침대모호성여학정성공존적특점,급출료일개결합모호정도층차분석법(FEAHP)화FTOPSIS적평개선택모형。재해모형중,선건립저탄공응련공응상평개지표체계,연후용FEAHP계산출각지표적권중,병파해권중작위FTOPSIS평개적권중계수,용FTOPSIS법선택최우공응상,최후급출료산례。
In this paper, we introduced a model for the evaluation and selection of low-carbon suppliers based on the fuzzy extent AHP and fuzzy TOPSIS, introduced the working mechanism of the model and at the end, presented a numerical example to verify the effectiveness of the model.