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华中科技大学博士学位论文VMI&TPL模式下库存运输集成优化研究姓名:汤中明申请学位级别:博士专业:管理科学与工程指导教师:刘志学2010-04-25IVMIVMIVMIVMITPLTPLVMI&TPLVMITPLVMITPLVMITPLVMI&TPLVMITPLVMITPLTPLVMI&TPLVMI&TPLVMITPLVMI&TPLVMITPLVMI&TPLTPLTPLVMI&TPLVMI&TPLIITPLTPLVMI&TPLNPCLingo9.0IIIAbstractWiththeincreasinglyintensifiedcompetitionintheemergingglobaleconomyandthedevelopmentofsupplychainmanagementtheory,vendor-managedinventory(VMI)isconcernedmoreandmorebyenterprisesandscholars.Accordingtothetheoryresearchandapplication,VMIcanalwaysbringbenefitstodown-streamenterprises.Butforvendors,theeffectofVMIcan’tbeensuredduetotheconstraintoflogisticcapability.ByintegratingVMIwiththird-partylogistics(TPL),thesuperiorityofbothvendorsandTPLcanberealizedwhichshouldimprovethesupplychainlogisticsservicelevel.Therefore,thisdissertationisaimedtoresearchtheintegratedoptimizationofinventoryandtransportationinVMI&TPL,whichisbasedonanalyzingtheintegratedsupplychainofVMIandTPL.Firstly,researchingstatusofVMIandTPLisexpoundedandintegratedsupplychainofVMIandTPLisanalyzed.BasedonanalyzingthedrivingforcesofintegratingVMIwithTPL,twokindsofintegratedmodels,whicharedecentralizedcoordinatingandcentralizedcontrollingsupplychain,areproposedandanalyzedcomparatively.Atthesametime,theinfluenceofintegratedextentonbenefitsofVMI&TPLsupplychainisanalyzedindetail.Asitturnedout,integratedextentofVMIandTPLhasnoabsoluteinfluenceonthebenefitsofsupplychainandTPL.However,ithaspositiveinfluenceonthebenefitsofvendorsandretailers.Secondly,theconnotationofintegratinginventorywithtransportationisproposedfromsystemicperspective.Theintegratedcourseandthekeyquestionstoberesolvedinthecoursearediscussed.Strategydecisionproblem,thefirstofthekeyquestions,isalsoresearched.Thestrategydecisionmodelsofintegratinginventorywithtransportationunderdecentralizedcoordinatingandcentralizedcontrollingsituationarebuiltseparately.Theinfluenceofintegratedextentonstrategydecisionisanalyzedcomparatively.Theconclusionindicatesthatintegratedextenthaspositiveimpactonstrategydecision.Thirdly,thevendor’sreplenishment-decisionmodelunderdecentralizedcoordinatingVMI&TPLsupplychainisbuilt.Themodelconsiderssupplychainlogisticsnetworkwhichcontainsmanyvendors,singleTPLandsinglemanufacturer.InformationsharingmechanisminsupplychainmanagentandfreightconstractbetweenvendorsandTPLareinductedintothemodel.Accordingtothemodel’scharacters,correspondentsimulatedannealingandgeneticalgorithmisdesigned,whichisprovedtobeeffectivebyIVcomparativeanalysiswithbasicgeneticalgorithm.Atlast,theoptimizationmodelofintegratinginventorywithtransportationundercentralizedcontrollingVMI&TPLsupplychainisbuilt,whichconsidersthesamenetworkasthemodelunderdecentralizedcoordinatingVMI&TPLsupplychain.Becauseofstronglycomputationalcomplexityoftheproblem,thedissertationprovesittobeaNPCproblemandproposesaheuristicalgorithmtosolveitwhichisbasedonLingo9.0andsimulatedannealingandgeneticalgorithm.Keywords:Vendor-managedinventory(VMI)Third-partylogistics(TPL)DecentralizedcoordinationCentralizedcontrolInventory&transportationintegration□_____□111.11.1.12001Vendor-managedinventoryVMI2006VMIVMIVMIVMIThird-partylogisticsTPLVMIVMITPLTPL2DELLVMIVMITPLVMITPLVMITPL1.1.21VMITPLVMITPLVMI&TPL3VMITPLVMI&TPL21VMITPLVMITPLTPLVMITPLTPLVMI2VMI&TPLVMI&TPL3VMI&TPLVMI&TPLVMI&TPLVMITPL1.21.2.11Consignmentinventory4VMI2006VMIVMICaputo1998PhaniKumar2003VMIManfredGronaltPeterRauch2008VMIVMIVMIVMI2MAGEE1958VMI2080VMIVMIVMIAndresAngulo2004VMIMarloest2008VMIVMIKum-KhiongYang2003VMIVMIVMIDisney2003VMIVMI5YanDongKefengXu2002VMIVMIVMI2003YanDongKefengXuVMI2007VMIVMIVMIVMIYuliangYao2007VMIVMIMaheshNagarajanRajagopalan2008VMI2004VMIVMI2005VMI2006VMI3CheungLee1999VMIDisney2003VMI6VMILeeWu2006ZhaoQiuhong2004ZhaoQiuhongJen-MingChenTsung-HuiChen2005BrianJose2007GouQinglong2008Can-orderVMI5%-10%2003VMI2003VMI2006VMI2006VMIVMI42080VMI7VMIVMIVMI2006VMIVMIAlbertoFeliceDeToniElenaZamolo2005VMIGerber1991VMIJITJanHolmstrom1998VMIVMIVMIDaleShelby2000VMIVMIJouniKauremaaJohannaSmarosJanHolmstrom2009VMIGeorgeKuk2004VMIVMIVMIKariTanskanen2009VMIVMIManfredGronalt2008VMIVMI37%Kaipia2002VMIVMIVMI8VerginBar199950010VMIVMIVMIVMI1.2.21Sheffi1990Richardson1992BertrandQuelin2003MohammedAbdurRazzaque1998JITLarsen2004RonCain2006YemisiABolumole2001Skjoett-Larsen200092Memon1998Mentzer20004MaryMargaretWeber20002004Ballou20022004/20032001Soon-hooSo2006101.2.3VMITPLVMIVMITPL2002VMI-TPL2005VMI2005VMITPLVMI2009RFIDVMITPL2007VMI2007VMIVMIVMIVMITPLVMITPL1.2.412070InventoryRoutingProblemIRPHarris11EOQSperanzaStahly2003BeltramiBodin1974WebbLarsonLucaBertazziG.Paletta2002WebbLarson1995GaurFisher2003OnetooneOnetomanyManytomany2Larson1988one-stoptourstwo-stoptoursn-stoptoursSIRSAWebbLarson1993SIRSAPPSASIRSAPPSASIRSA2001Zuo-JunLianQi200612HuseyinZelda2009AmirAhmadiJavidNaderAzad20093HarrisSperanzaStahly20031DanganzoNewell1985Danganzo1996Viswanatham1997ChanFedergruenSimchi-Levi1998Jing-AnLi2005Huang2005POTPOTJonathanNaramethNanaukul2009Tamer20092Wendy199913JenniferStacey2007OdedBermanQianWang20063ChanSimchi-Levi1998Bard1998SweepAlgorithmGRASPC-WChung-yeeLee2003Qiu
本文标题:VMI_TPL模式下库存运输集成优化研究
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