计算机工程与应用
計算機工程與應用
계산궤공정여응용
COMPUTER ENGINEERING AND APPLICATIONS
2014年
24期
231-235
,共5页
供应链%模糊随机%模糊测度%模糊积分
供應鏈%模糊隨機%模糊測度%模糊積分
공응련%모호수궤%모호측도%모호적분
supply chain%fuzzy-random%fuzzy measure%fuzzy integral
分析了模糊随机双重不确定性环境下供应链合作伙伴选择时存在的问题,提出了由供应链策略为主导,以模糊积分为决策工具的模糊随机多重多属性供应链合作伙伴选择与网络构建方法,以及模糊随机环境下的任务粗分配方法。通过事例模拟进行了验证,结果表明所提方法有效可行。
分析瞭模糊隨機雙重不確定性環境下供應鏈閤作夥伴選擇時存在的問題,提齣瞭由供應鏈策略為主導,以模糊積分為決策工具的模糊隨機多重多屬性供應鏈閤作夥伴選擇與網絡構建方法,以及模糊隨機環境下的任務粗分配方法。通過事例模擬進行瞭驗證,結果錶明所提方法有效可行。
분석료모호수궤쌍중불학정성배경하공응련합작화반선택시존재적문제,제출료유공응련책략위주도,이모호적분위결책공구적모호수궤다중다속성공응련합작화반선택여망락구건방법,이급모호수궤배경하적임무조분배방법。통과사례모의진행료험증,결과표명소제방법유효가행。
In this paper, some problems are represented under the fuzzy-random uncertain circumstances, which usually happen when cooperation partner is selected in supply chain management. Furthermore, three methods are proposed:the first one is selection of cooperation partner of supply chain, the second one is construction way of supply chain networks, the last one is the rough allocation of task under fuzzy-random uncertain circumstances. In these methods, the important technology is the policy of supply chain management and the tool of decision is fuzzy integral. A simulation example is represented, which shows that the proposed methods are feasible.