计算机工程与应用
計算機工程與應用
계산궤공정여응용
COMPUTER ENGINEERING AND APPLICATIONS
2014年
6期
265-270
,共6页
冲突消解%让步协商%文化基因算法%制造业供应链%产销协同计划%有限信息共享
遲突消解%讓步協商%文化基因算法%製造業供應鏈%產銷協同計劃%有限信息共享
충돌소해%양보협상%문화기인산법%제조업공응련%산소협동계화%유한신식공향
conflict resolution%concession negotiation%memetic algorithm%manufacturing supply chain%production mar-keting collaborative planning%limited information shared
面对市场竞争日益剧烈和客户需求多样化的趋势,制造业供应链的制造商和经销商努力实现产销协同计划。然而在产销协同计划中时常出现冲突,及时有效消解冲突,能提高整个供应链的协作效率,改善供应链上企业间的合作关系;反之,会降低供应链的运作效率,削弱供应链的竞争力。针对这类冲突问题,引入让步协商策略,在有限信息共享条件下,建立供应链产销协同计划冲突协商模型;设计具有历史提议回顾特点的协商流程;通过文化基因算法,产生反提议生成策略;通过算例验证文化基因算法及冲突协商模型的有效性。
麵對市場競爭日益劇烈和客戶需求多樣化的趨勢,製造業供應鏈的製造商和經銷商努力實現產銷協同計劃。然而在產銷協同計劃中時常齣現遲突,及時有效消解遲突,能提高整箇供應鏈的協作效率,改善供應鏈上企業間的閤作關繫;反之,會降低供應鏈的運作效率,削弱供應鏈的競爭力。針對這類遲突問題,引入讓步協商策略,在有限信息共享條件下,建立供應鏈產銷協同計劃遲突協商模型;設計具有歷史提議迴顧特點的協商流程;通過文化基因算法,產生反提議生成策略;通過算例驗證文化基因算法及遲突協商模型的有效性。
면대시장경쟁일익극렬화객호수구다양화적추세,제조업공응련적제조상화경소상노력실현산소협동계화。연이재산소협동계화중시상출현충돌,급시유효소해충돌,능제고정개공응련적협작효솔,개선공응련상기업간적합작관계;반지,회강저공응련적운작효솔,삭약공응련적경쟁력。침대저류충돌문제,인입양보협상책략,재유한신식공향조건하,건립공응련산소협동계화충돌협상모형;설계구유역사제의회고특점적협상류정;통과문화기인산법,산생반제의생성책략;통과산례험증문화기인산법급충돌협상모형적유효성。
In the face of increasingly fierce market competition and increasingly diversified demand, manufacturers and dealers of manufacturing supply chain pay great effort to achieve production marketing collaborative planning. However, it often generates conflicts in the process of production marketing collaborative planning. Resolving conflicts timely and effectively can enhance collaboration efficiency of the whole supply chain and improve cooperation relations between the enterprises in the supply chain. Whereas it will reduce operational efficiency of the supply chain and weaken competitiveness of supply chain. For this kind of conflict problem, concession negotiation strategy is introduced and a conflict negotiation model for supply chain production marketing collaborative planning is built in the case of limited information shared. The negotiation process has the feature of reviewing history proposals. A strategy for generating counter proposals is presented by memetic algorithm. The validity of memetic algorithm and the conflict negotiation model is verified by numerical experimentations.