供电应急物资多目标配送调度优化模型分析

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1、万方数据华北电力大学硕士学位论文化模型，引入云进化算法改进传统粒子群算法，构建了基于云进化的粒子群算法。然后，为了求解多目标优化模型，确定目标函数权重系数，以单目标优化结果建立目标函数的投入产出表，应用熵权法确定目标函数的权重系数，加权形成模型综合优化目标函数。最后，为了确定供电应急物资配送调度最优解，引入模糊满意度理论，建立供电应急物资配送调度最优解决策方法。(5)以我国某地区实际供电物资应急案例进行实证分析，验证了所提模型的有效性和适用性。首先，介绍了该供电物资应急案例的样本情况。然后，分别对多目标配送调度优化模

2、型、配送优先级模型和最短路径配送模型进行了实证分析。结果表明，所提多目标优化模型和求解算法能够确定物资配送优先级因子和最短路径的期望时间，物资配送调度模型能够确定最优物资配送方案，为实际应用提供决策依据。关键词：供电应急物资；配送调度；多目标；熵权法；模糊满意度理论II万方数据华北电力大学硕士学位论文AbstractElectricityhasbecomeanintegralenergyofourlifeandproduction，thesuddeninterruptionofsupplywillbringahuge

3、impact．Whenpower班denterprisesfacingdevastatingnaturaldisastersandemergencies，howtoguaranteethetimelysupplyofemergencypowersupplies，thesmoothflowofpowerlinesintheshortestpossibletime，thenormaloperationofthepowersupplysystemoftheaffectedareashaveimportantmeaningf

4、orrescueandreliefwork．Inordertominimizethenegativeimpactofgridfailureonsociety,itneedstooptimizethesupplyofemergencysuppliesdistributionprocess，andsupplypowersuppliesintheshortesttimeatalowercostandmaximumefficiency．Distributionofemergencypowersuppliesrequirest

5、oCOVerallemergencyneedsintheshortesttimeandmaximumpossibility,atthesametime，Cannotignoretheissueofemergencysuppliesdistributioncosts．Thisrequiresthatatthetimeofthedistributionofemergencysupplies，needtoconsiderallpointsthemeetprobability,transporttimeanddistribu

6、tioncostsofallemergencyneeds，makethedistributionofemergencysuppliesundernaturaldisastersnotonlyconsiderconventionalenvironmentsmaterialsdistributioncosts，butalsocomprehensiveconsiderthemeetprobabilityanddeliverytime．Inthispaper,powersupplyemergencysuppliestrans

7、portissuesisin-depthstudied，throughtheanalysisofemergencypowersuppliestransportprocess，buildingemergencypowersuppliestransportmodels，identifyingfactorsthatinfluencetheemergencysuppliesdistribution，analyzingtheformedmechanismsofemergencypowersupplies，andconsider

8、ingthedifferenttargetconstraintsofemergencypowersupplies，buildingmulti—objectivedistributionoptimizationmodelandalgorithm．Throughapplyingmulti-objectivedistributionoptimizat