物流工程与管理
物流工程與管理
물류공정여관리
LOGISTICS ENGINEERING AND MANAGEMENT
2014年
9期
84-87
,共4页
质量功能展开(QFD)%三角模糊数%Kano模型%物流供应商
質量功能展開(QFD)%三角模糊數%Kano模型%物流供應商
질량공능전개(QFD)%삼각모호수%Kano모형%물류공응상
QFD%triangular fuzzy numbers%kano model%logistics supplier
为降低物流供应商选择过程中的模糊不确定性和主观性,将QFD、三角模糊数和Kano模型三者结合起来提出一种新的物流供应商的选择方法。文中应用QFD,首先结合三角模糊数法和专家评估法确定企业需求指标项的初始相对权重、企业需求与技术特性间的关系矩阵和各技术特性间的关联矩阵,同时对各三角模糊数进行去模糊处理。然后,根据权重对全部企业需求进行排序,将排序结果区分为Kano模型中的3类需求,并用Kano系数表示,同时据此计算各技术特性的权重值。最后,综合技术特性权重值和候选物流供应商在各特性上的分值,经加权求和得出各供应商的总得分。通过算例证实了所提方法的可行性和有效性,能够给企业提供具体的、可操作的指导。
為降低物流供應商選擇過程中的模糊不確定性和主觀性,將QFD、三角模糊數和Kano模型三者結閤起來提齣一種新的物流供應商的選擇方法。文中應用QFD,首先結閤三角模糊數法和專傢評估法確定企業需求指標項的初始相對權重、企業需求與技術特性間的關繫矩陣和各技術特性間的關聯矩陣,同時對各三角模糊數進行去模糊處理。然後,根據權重對全部企業需求進行排序,將排序結果區分為Kano模型中的3類需求,併用Kano繫數錶示,同時據此計算各技術特性的權重值。最後,綜閤技術特性權重值和候選物流供應商在各特性上的分值,經加權求和得齣各供應商的總得分。通過算例證實瞭所提方法的可行性和有效性,能夠給企業提供具體的、可操作的指導。
위강저물류공응상선택과정중적모호불학정성화주관성,장QFD、삼각모호수화Kano모형삼자결합기래제출일충신적물류공응상적선택방법。문중응용QFD,수선결합삼각모호수법화전가평고법학정기업수구지표항적초시상대권중、기업수구여기술특성간적관계구진화각기술특성간적관련구진,동시대각삼각모호수진행거모호처리。연후,근거권중대전부기업수구진행배서,장배서결과구분위Kano모형중적3류수구,병용Kano계수표시,동시거차계산각기술특성적권중치。최후,종합기술특성권중치화후선물류공응상재각특성상적분치,경가권구화득출각공응상적총득분。통과산예증실료소제방법적가행성화유효성,능구급기업제공구체적、가조작적지도。
In order to reduce the fuzzy uncertainty and subjective ,a new logistics supplier selection method is proposed by comprehensively using QFD , Triangular fuzzy numbers and Kano model .By means of QFD , the article frist combines with triangular fuzzy numbers and expert evaluation to determine initial relative weight of the indicators of business needs ,correlation matrix between business needs and technical characteristics , auto-correlation matrix between the technical characteristics and blurring the all triangular fuzzy numbers .Then,all the business needs are ranked according to their weights ,and divided into three categories proposed by Kano in which each category has a unique Kano index .At the same time ,based on the former ,all technical characteristics can be computing .Finally,the total score of each logistics supplier can be obtained by computing the weighted sum of the performance on each technical characteristics .In the end, we confirm the feasibility and effectiveness of the proposed method by numerical example ,and which can provide specific ,operational guidance for business.