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简介：Inthispaperthroughthecomprehensiveanalysisofthefactorsofenterprises'SCMperformance,thetargetsystemofenterprises'SCMperformanceevaluationisestablishedandthemethodoffuzzymultiplecomprehensiveevaluationisproposed.ThismethodconvertsthecomplicatedproblemsofSCMintoaquantitativeevaluationtargetbyusingfuzzysyntheticoperationsothatitcanevaluateenterprises'SCMperformancemorescientificallyandguideenterprises'SCMtoworkwell.

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简介：Thispaperputsforwardanewidea-InnovationOperation,thenewstageofenterprisedevelopment,andanalysesanewmodelofenterprisedevelopmentandholdsanewideaandnewmethodofbuildingenterprisemanagementinformationsystemunderthenewenvironment.

简介：在电子商务的时代，传统的企业服务被不断增长的要求极大地与各种各样的背景从顾客质问；个性。大量新电子商务被顾客的需要驾驶。在顾客需要固有的存在动力学要求服务的相应动态管理。试图对顾客作出回应在一快速；聪明的方法，这篇论文建议基于的状况演算为动态地在无所不在的环境管理电子商务服务来临。由采用状况演算的形式主义启用智力；自动化，途径能实现服务的功能自动作文；为确认建模。这些功能将改进顾客取向的度；在新兴的电子服务系统启用快应答的海角。

简介：AhybridapproachofDEA(dataenvelopmentanalysis)andTOPSIS(techniquefororderperformance(preference)bysimilaritytoidealsolution)isproposedformultiplecriteriadecisionanalysisinemergencymanagement.TwoDEA-basedoptimizationmodelsareconstructedtofacilitateidentifyingparameterinformationregardingcriterionweightsandquantifyingqualitativecriteriainTOPSIS.AnemergencymanagementcasestudyutilizingdatafromtheEmergencyManagementAustralia(EMA)DisastersDatabaseisprovidedtodemonstratethefeasibilityoftheproposedanalysisprocedure.

简介：July17-19,2013,HongKong,ChinaFormoreinformation,pleasevisithttp://www.rccm.tsinghua.edu.cn/icsssm/2013/Co-Sponsoredby:IEEESMC(Pending)TheChineseUniversityofHongKongTsinghuaUniversity

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简介：Thispaperproposedtheoptimizedthree-stagestrategyoforderlymanagementoffilestreaminnetworkprintingworkflow.Infirststagethecustomerpreflightwasaddedtotheconventionalprepresspreflight,whichsetquick-type,general-type,stable-typeandcomprehensive-typepreflightschemeforcustomersbyinvestigatingthepossibilityofoccurrenceoferrorsofvariouspreflightentriesandcustomerrelevancy.Basedonfourtypesofpreflightschemes,fourcustomerpreflightapplicationswerecreatedbyusingPitstopProandConnectorYou.Customerscanselectoneoftheappropriateapplicationsforquickpreflightbeforedeliveringtoreducetheprobabilityofreturningthefilesbackforcorrectionwhenerrorsoccurinpreflight.Secondstageisprintingenterpriseprepresspreflight,whichproposedtheconceptoftheprepresspreflighttolerance.Inaddition,accordingtothedifferentrequirementsofprintingtechnologyandquality,thispaperestablishedtheprepresspreflightschemebasedontheprintingenterprises’toleranceforpreflighterror.Thirdstageistomanagetheoptimizedsortingofprepressfilestream.Toachieveit,theSPTruleandthe0-1programmingmodelwereadopted,timespendofpreflight,printingprocessandpost-pressfinishingwasalsotakenintoaccount.Moreover,EnfocusSwitchsoftwarewasappliedtoestablishautomatednetworkprintingworkflowandcompletethefilestreamsorting.Finally,theresultofsimulationanalysisoftheoptimizedstrategyshowsthattheoptimizedthree-stagestrategycaneffectivelyshortenthefileprocessingtime.

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