计算机工程与应用
計算機工程與應用
계산궤공정여응용
COMPUTER ENGINEERING AND APPLICATIONS
2015年
8期
236-239,249
,共5页
刘勇%魏宗田%王婷%龙骏
劉勇%魏宗田%王婷%龍駿
류용%위종전%왕정%룡준
供应链%设施系统%可靠性%最大覆盖模型%边失效
供應鏈%設施繫統%可靠性%最大覆蓋模型%邊失效
공응련%설시계통%가고성%최대복개모형%변실효
supply chain%facility system%reliability%maximum covering model%edge failure
以基于最大覆盖选址模型的供应链系统为对象,研究了边设施失效对其可靠性的影响。建立了以系统效率最大或最小化为目标的确定性边失效和随机性边失效两种情形下的优化模型,由此给出了解决这类可靠性分析问题的一般方法。实例求解结果表明模型合理,有一定推广和应用价值。
以基于最大覆蓋選阯模型的供應鏈繫統為對象,研究瞭邊設施失效對其可靠性的影響。建立瞭以繫統效率最大或最小化為目標的確定性邊失效和隨機性邊失效兩種情形下的優化模型,由此給齣瞭解決這類可靠性分析問題的一般方法。實例求解結果錶明模型閤理,有一定推廣和應用價值。
이기우최대복개선지모형적공응련계통위대상,연구료변설시실효대기가고성적영향。건립료이계통효솔최대혹최소화위목표적학정성변실효화수궤성변실효량충정형하적우화모형,유차급출료해결저류가고성분석문제적일반방법。실례구해결과표명모형합리,유일정추엄화응용개치。
Taking a supply chain system based on the maximum covering model as the study object, this paper analyses the impact of edge facility failures to the system’s reliability. Two optimal models in deterministic and stochastic edge failures cases are established. The objectives of these models are to maximize or minimize the system’s efficiency. There-fore, the general methods for solving such reliability analysis problems are given. The solution of an instance shows that the models are reasonable and have significance to popularize and utilize.