非汛期赣江流域水量优化调度系统分析与应用

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1、ABSTRACTWiththerapiddevelopmentoftheeconomy,demandonwaterresourceshasbeenincreasing.Butwaterpollutionandenvironmentalchangeshavelessenedavailablewaterresources.GanRiverBasinislocatedinthewetareasinChina,butwaterisunevenlydistributedintermsoftimeandspace.Thereisalsoobviouscontradictionbetwee

2、nwatersupplyanddemandinnon-floodseason.Waterdispatchingisanimportantmethodtooptimalallocationofwaterresources,andthescientificmanagementofthemutil-reservoirsgroupisofgreatsignificancetosolvewatershortagesofGanRiverBasininthenon-floodseason.Thispaperdescribesthenon-floodseasonGanRiverBasinwa

3、teroptimaldispatchingmodel,intelligentalgorithmreseachandapplicationplatformdevelopment.First,combinedwiththespecificcircumstancesoftheGanRiverBasin，Iproposed4matrixesandabstractedthebasinintoapurematrixexpression.ThenIbuiltwaterdispatchingoptimalmodelofGanRiverBasininthenon-flood,andIappli

4、edpenaltyfunctiontodealwithcomplexconstraints.EventuallyIbuiltageneric,standardizedwaterdispatchingoptimalmodelbasedontherelations-matrixandtheflag-matrix.Second,inordertosolvethewaterdispatchingoptimalmodel,Ipresentedadouble-layermulti-swarmparticleswarmoptimizationalgorithmwithdifferentia

5、levolution(DE-TMPSO).Experimentsconfirmedthatthisimprovedalgorithmhassomeadvantagescomparedwiththebasicparticleswarmalgorithm,suchasfastconvergence,highaccuracy,avoidinglocaloptimalvalueandsoon.ThenIappliedthisnewalgorithmtothewaterdispatchingoptimalmodel,takingthedischargedvolumeofeachrese

6、rvoirineachdispatchingperiodasdecisionvariables,andgotbetterschedulingresults.Finally,IdevelopedaB/Sarchitecturedecisionsupportplatformofthenon-floodwaterdispatchingusingC#languageandSQL2005database.Theplatformrealizesthewaterresourceinformationmanagementandthewaterdatasharing,itprovidesref

7、erenceandguidanceforwaterschedulingoperation.TheestablishmentofmatrixmodelofNon-floodGanRiverBasinwateroptimaldispatching,andtheproposedofdouble-layermulti-swarmparticleswarmalgorithmhasenrichedtheresearchofwaterdispatchingproblem.Decisionsupportplatform