硕士论文-现代造船模式下的舾装物流系统的研究和实现

上海交通大学硕士学位论文现代造船模式下的舾装物流系统的研究和实现姓名：卢琳玲申请学位级别：硕士专业：软件工程指导教师：步丰林;朱煜20090327III60%15%20-30%CIMSIIITHERESEARCHANDIMPLEMENTATIONOFOUTFITTINGLOGISTICSSYSTEMONMODERNSHIPBUILDINGMODEABSTRACTForthesakeofkeepingtheadvantageintheshipbuildingmarketthatisdog-eat-dog,itisnecessarytoraisetheproductivityandreducetheproductioncosts.Implementingthemodernshipbuildingmode,promotinge-businessandinformationtechnologyofmanagement,inparticularthepalletmanagementoftheoutfittinglogisticsaretheeffectivemeasures.Logisticsisalwaysthebiggestproblemtoship-buildingenterprisesbecauseofthehugenumberandmulti-kindsofoutfittingstuff.Thetraditionallogisticsofoutfittingwhichisdependsonpaper-basedaccountsorindependentcomputermanagements,notonlycausinghighcostsandlowefficiencybutalsomakeiteasiertoslowinformationtransfer,andputslogisticsdisconnectwithproduction.Logisticsmanagementsystemrealizationistheeffectivewayofimprovingthelevelofcompanylogisticsmanagement,increasinglogisticscostandrealizationoflogisticsoptimization.Thesoftwareofapplicationfortraditionallogisticsisnotfitthestatusofenterprisemanagementanddoesnotconsiderthetrendofdevelopmentforpalletmanagementmethod,sotheeffectofthisapplicationisnotgoodaswish.Thisthesischoosestheexampleofshipyardlogisticsmanagementsystemfordevelopmentproject.Itcontrastsandanalysesthecharacteristicofbetweentraditionallogisticsmanagementandmodernshipbuildingmodellogisticsmanagement,deeplyresearchesoutfittinglogisticsbusinessprocessesandsystems.Atfirst,thethesisintroducesandresearchesChineseshipyardslogisticsmanagementstatusandtheapplicationofthecurrentsystem,analysestheexistenceofthedisadvantagesataspectoftheknowledge,managementmode,flowandabilityofmanagement.Thenitgivestherecommendationtoredefineoptimizedoutfittingbusinessprocesses,bycombiningwiththelogisticsandmodernIVshipbuildingmoderelevanttheoreticalknowledge.Finally,accordingtothedesignprinciple,whichisthesameofinventorymanagementofdifferentmaterial,pertinenceofissuemanagement,flexibleprincipleoffinancingaccounting,thesystemfunctionsismodularizedbymanagementobjects.Thenthethesisredesignsandreanalyzesseveralsub-modulesfromtheaccountingprocesses,functions,therelationshipbetweensub-modulesrelations,suchaswarehousing,inventory,issue,withdraw,accounting.Anditdesignsdatabaseandcodinginthewayofknowledgeofdatabase,andfinishesthedesignofoutfittinglogisticsmanagementsystem.Thenewpointofthisthesisisinordertoadapttomodernshipbuildingmodel,introducemoderntheoryofpalletmanagementoftheoutfittinglogistics.Itredefinesandoptimizestheflowofoutfittingbusiness.Itrealizestheoutfittinglogisticsmanagementmodelwhichisorientedbyplanandbasedbypalletfreightandfocusonfinancing.Sortoutproblemsonebyonewhichisappearinsuchasalgorithmofwithdraw,out-of-stockmechanism,costaccountingandotherdifficultissues,andestablisheffectivesolutions.Itnotonlypredigeststheflowofstorage,enrichesthemodeofstorage,butalsocombinestheinformationofthedesign,productionandmaterial.Itrealizesthefunctionofwithdrawalautomatically,out-of-stockmechanismalertly,allthemoreitrealizesthebilateralmanagementbetweenqualityandmateriel,anditrealizesthethreeflows,thatarematerialflow,informationflowandfinancingflow,comeintoone.Itprovidestheflexibilityoffinancingaccounting.Throughthesystemrunning,itachievesgoodmanagementandeconomicbenefits.Itspecifiesandrefinesthebusinessflow,improvingenterprisemanagementleveloflogisticsoutfitting.Itnotonlyachievesthepalletdistribution,changeinventorymanagementascirculationmanagement,butalsoreducestheinventoryeffectively,thequantityofstockisdecreasingby40%.Itenhancesthetransparencyofproduction,theaccuracyofmaterialsupplyandaccounting,speedingupproductionefficiencysignificantly,suchasworktimeofoutfittingisdecreasingby15%andoutfittingoperationcyclespeededup20-30%.Keywordsmodernshipbuildingmode,outfittinglogistics,pallet,CIMS111.1CIMSContemporaryIntegratedManufacturingSystemCIMS1.27080212004200617.623.526.236200751.28170.52[1]22015240035%CIMSCIMS1.31.3.1KCS(TRIBON)MACISSK-KARDS[2]2++1999ERP200350%20043[3]JITJust3inTime60TRIBONCADDS5NAPACIMS151.3.2))[4]60%-70%[5]2080[6]41.3.3[7][8](1)1/3(2)(3)(4)51-510-15185.6/123.33/19.54/(5)10%14%(6)(7)(8)(9)[1][8]61.4CIMS71.51-11-1Fig.1-1Thesisframeworkdiagram81.6922.12.1.1[9]:2.1.220%-30%10[10][11]112.22.2.1[12][13][14]1)132)1)2)3)40%80%4)1)2)20303)124)1)A.B.C.2)1)2)3)50%75%2.2.2[13][14][15][16]1)132)3)4)5)6)1)60%2)70%3)4)142.32.3.1[17][18][19][20](1)(2)(3)(4)15[21]WSD2.3.2[22][23]//16BOM2.41733.1(1)3-1(2)(3)3-1Fig.3-1Thetraditionalshipbuildinglogisticsbusinessflowwordexcel(1)18(2)(3)(4)(5)(6)(7)(8)(9)193.2CIMSCIMSContemporaryIntegratedManufacturingSystemCIMCIMS20CIMS[24][25](1)CIMS(2)CIMS(3)CIMS200735010020%100505%17.51007010%CIMS(1)21(2)3.3CIMS3-23-2Fig.3-2Theoutfittinglogisticsimprovedflowchart22(1)(2)(3)(4)3.43.4.1233-33-4NRETURNYRETURNYNRETURNNYNY+RETURNN0YN//RETURNNRETURNYY3-3Fig.3-3Theoutfittingpalletwaystorageflowdiagram24NRETURNYRETURNYNRETURNNYNYRETURNYRETURNYRETURN+RETURNN0YN//NRETURNYY3-4Fig.3-4Theoutfittingbillwaystorageflowdiagram253.4.2BOMBOMBOMBOMBOM