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简介：TheOnlinecomputingsystemfortheDZEROexperimentisusedtocontrolmonitor,andacquiredatafromtheapproximately1-millionchanneldetector,ThispaperdescribestheOnlineHostsystemeventdatapathrequirementsanddesign.

简介：Inthispaper,anovelbiontetricidentificationsystemispresentedtoidentifyaperson'sidentitybyhis/herpalmprint.Incontrasttoexistingpalmprintsystemsforcriminalapplications,theproposedsystemtargetsatthecivilapplications,whichrequireidentifyingapersoninalargedatabasewithhighaccuracyinreal-time.Thesystemisconstitutedbyfourmajorcomponents:UserInterfaceModule,AcquisitionModule,RecognitionModuleandExternalModule.Morethan7,000palmprintimageshavebeencollectedtotesttheperformanceofthesystem.Thesystemcanidentify400palmswithalowfalseacceptancerate,0.02%,andahighgenuineacceptancerate,98.83%.Forverification,thesystemcanoperateatafalseacceptancerate,0.017%andafalserejectionrate,0.86%.Theexecutiontimeforthewholeprocessincludingimagecollection,preprocessing,featureextractionandmatchingislessthan1second.

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简介：Inthispaper,wediscusstheCDFRunⅡRunControlandonlineeventmonitoringsystem.RunControlisthetoplevelapplicationthatcontrolsthedataacquisitionactivitiesacross150frontendVMEcratesandrelatedserviceprocesses,RunControlisareal-timemulti-threadedapplicationimplementedinJavawithflexiblestatemachines,usingJDBCdatabaseconnectionstoconfigureclients,andincludingauserfriendlyandpowerfulgraphicaluserinterface.TheCDFonlineeventmonitoringsystemconsistsofseveralparts;theeentmonitoringprograms,thedisplaytobrowsetheirresults,theserverprogramwhichcommunicateswiththedisplayviasocketconnections,theerrorreceiverwhichdisplayserrormessagesandcommunicateswithrunControl,andthestatemanagerwhichmonitorsthestateofthemonitorprograms.

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简介：<正>China’sonlineculturalmarket,spearheadedbyInternetcafesandonlinemusicandgames,reachedatotalworthof139.7billionyuan

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简介：联机话题的传播，是socio心理的建筑群和信息传播过程，能显著地影响联机话题传播的联机公共opinion.The行为被探索，它的整齐被尝试到analyze.A将军模型因为联机话题的传播被介绍，并且描述一个联机话题的速度传播的微分方程是一个联机话题的derived.The速度传播了显示话题的发展的水平并且

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简介：为非线性的系统的诊断计划基于neurofuzzy联网的一个联机差错在这篇论文被建议。计划包含二个阶段。在第一个阶段，非线性的系统被一个neurofuzzy网络接近，它从在系统的正常操作期间获得的数据脱机被训练。在第二个阶段，剩余从这个网络在网上被产生并且被在网上训练的另一个neurofuzzy网络建模。模糊规则从这个网络被提取，并且与在在不同有缺点的操作，差错从被诊断下面获得的差错数据库的那些相比。建议聪明的差错计划的性能在不同有缺点的条件下面用一个二坦克的水水平控制系统被说明。

简介：Asoneofthemostimportanturbanlifelinesystems,awaterdistributionsystemcanbedamagedunderastrongearthquake,andthedamagecannoteasilybelocated,especiallyimmediatelyaftertheevent.Thisoftencausestremendousdifficultiestopost-earthquakeemergencyresponseandrecoveryactivities.Thispaperproposesamethodologytolocateseismicdamagetoawaterdistributionsystembymonitoringwatcrheadonlineatsomenodesinthewaterdistributionsystem.Anartificialneuralnetwork-basedinverseanalysismethodisdevelopedtoestimatethewaterheadvariationsatallnodesthatarenotmonitoredbasedonthewaterheadvariationsatthenodesthataremonitored.Themethodologyprovidesaquick,effective,andpracticalwaytolocateseismicdamagetoawaterdistributionsystem.

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简介：Oneofthesub-systemsoftheTrigger/DAQsystemofthefutureATLASexperimentistheOnlineSoftwaresystem.Itencompassesthefunctionalityneededtoconfigure,controlandmonitortheDAQ.ItsarchitectureisbasedonacomponentstructuredescribedintheATLASTrigger/DAQtechnicalproposal.ResularintegrationtestsensureitssmoothoperationintestbeamsetupsduringitsevolutionarydevelopmenttowardsthefinalATLASonlinesystem.Feedbackisreceivedandreturnedintothedevelopmentprocess.Studiesofthesystem.behaviorhavebeenperformedonasetofupto111PCsonaconfigurationwhichisgettingclosertothefinalsize,Largescaleandperformancetestsoftheintegratedsystemwereperformedonthissetupwithemphasisoninvestigatingtheaspectsoftheinter-dependenceofthecomponentsandtheperformanceofthecommunicationsoftware.Ofparticularinterestweretheruncontrolstatetransitionsinvariousconfigurationsoftheruncontrolhierarchy.Forthepurposeofthetests,thesoftwarefromotherTrigger/DAQsub-systemshasbeenemulated.Thispaperpresentsabriefoverviewoftheonlinesystemstructure,itscomponentsandthelargescaleintegrationtestsandtheirresults.

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