JNI是一种让JAVA程式可以外接外部程式的一种机制(完整版)doc资料

JNI是一种让程式可以外外部程式的一种机制（完整版）doc资料a1.JNIJNIJAVA

JAVAJNIJavJava(1)JNIjava(dll)linejavacxxx.javaclassjavah-classpathClassNameheadC/C++(4)2.(1)commandah-classpath.-jniHelloWorldHelloWorld.h()

acHelloWorld.java(4)head(.h)C/C++BCB6.0projecthello.cpp(5)commandlinehelloC++HelloWorldC++MINI1

12112122MINIMINIMINI;;;;MINI:AnOntologyEvolutionAlgorithmforImpactRangesChenLiu1,2

Yanbo1

WanghuChen1,2JianwuWang(1

ResearchCenterforGridandServiceComputing,InstituteofComputingTechnology,ChineseAcademyofSciences,100080,Beijing,China

)(2GraduateUniversityoftheChineseAcademyofSciences100049,Beijing,China)AbstractOntologyisaptimpactondependantservicescausethemberedevelopedandredeployed.However,differentrealizingmethodsforthesamechangerequirementsmayresultinverybigdifferentimpactranges.Today,ofontologyevolutionfocusonhowtosatisfythechangerequirementsandmaintaintheconsistencyofanevolvingontology.Unfortunately,fewthemcareabouttoreduceimpactofevolution.ThispaperproposesevolutionalgorithmcalledMINI,caneffectivelyreduceimpactrangesforanprocess.throughdeeplyanalyzingdependantrelationsontologyentitiesservices,thealgorithmestablishesaformulatoimpactranges.Basedonthisformula,theMINIalgorithmanontologyevolutionprocessintoagraphsearchingprocess.Throughanontologychangepathwhichhasminimalimpactvalue,theimpactrangeofanisreduced.experimentresultsshowtherangescausedthealgorithmgreatlylessthanthoseofotherevolutionalgorithms.IncontextsomeMINIhasbeentestedandKeywordsontologyevolution;ontologychange;changepath;ontologyconsistency;impactrange1.引言1

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1.约所一个ID概念的继承体系是一个有向无环图存在一个根概念Thing它是中所其他概念的概念。本体中除根概念外的任何一个概念少都有一个父概念父概念和子概念必须是概念集合C实体概念和属性之间可以建立domain和range关系一个数据属性的值域不可以是概念父属性及其子属性必须属性集合P的实体I中的每一个实例必须关于一个概最小出现次数必须小于大出现次数出现次数所对应的概念须属于概念集，属性必须属于性集合12n112n1m12n12m4.本体变作4.1

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e∈{domain,range,mincard,maxcard,instconc,instprop2eeOGOe∈Nodesee∈EdgesImpactRange(OntCh(e))=eOntCh({e,e,..,e})={e,e’}1Remove(e)Remove(e)Remove(e)Add(e’)

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Add(e’)ImpactRange(OntCh(e,e,..,e))=ImpactRange(Remove(e))+))+...+ImpactRange(Remove(e))+ImpactRange(Add(e’))+ImpactRange(Add(e’))ImpactRange(Add(e’))1OHc()Hc()Hc())ImpactRangeeConcept())=5.MINI演化法[8]MINI289初始本体OCHOCHOCHOCHOCHOCHOCHOCH22MINIMINIEMINI

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doexecuteOneChange(O,OntCh)endreturn(minValue,minPath)}functnxcuteOnChang(,ntChifthen=OntChifcurValue+thenreturncurValue=curValue+value=curPathOntChO’=OOntChifisConsistent(Othen{minValue=curValueminPath=//}E=for

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3容删除新概念删除科动态概念删除四科技动态概念删除北科技动态概念删除影资料概念删除国外新闻概念删除科要闻概念删除图新闻概念删除科快报概念删除专题闻概念平均值

Proté改率率率783MINIMINIMINIMINIMINI

MINI7.结论MINIMINI[1]

C,W,HanY.AMechanismHelpingtoDynamicallyConstructDomainOntologiesforServicesL,RombachH.D,SoffaM.Leds.theonOrientedinconjunctionthe28thInternationalConferenceonSoftwareEngineering(ICSE06),Shanghai,China.NewYork:ACMPress,2020:1318

.[2]PeterH,YorkS.State-of-the-artonKarlsruhe,Germany:InstituteAIFB,UniversityofTechniqueReport:SEKTdeliverableD.b,2004.[3]NoyN.F,KleinM.OntologyNotthesameasevolution.KnowledgeandInformationSystems,6(4):428-440.[4]SureY,AngeleJ,StaabS.OntoEdit:Multifacetedinferencingforontologyengineering.JournalonDataSemantics,2003,1(1):128–152.[5]BechhoferS,HorrocksGobleStevensR.OilEd:reasonableontologyeditorforthesemanticBaaderF,Brewkaeds.theJointGerman/AustrianConferenceonIntelligenceVienna,Austria.Heidelberg:Springer,2001:396-408.L,B.OntologyEvolutionOntologySureY,AngeleJeds.ProceedingsofOntoWeb-SIG3atthe13thConferenceonKnowledgeEngineeringandManagement(EKAW02),Siguenza,Spain,2002.Heidelberg:2002:53-62.[7]StojanovicL,MaedcheA,MotikB,N.Management//Gómez-PérezA,Benjaminseds.Proceedingsofthe13thConferenceKnowledgeKnowledgeManagementSpain.Springer-Verlag,2002:285-300.[8]StojanovicL,MaedcheA,MotikB,StojanovicN.Ontologyevolutionreconfiguration-designproblemsolving//J.H,PorterB.W,GilYeds.ofthe2ndconferenceonKnowledge(K-CAP03),SanibelIsland,FL,USA.NewYork:ACMPress,2003:–171.L.MethodsandforOntologyUniversityofKarlsruhe,2004.[10]PintoS,MartinsOntologies:HowcantheyKnowledgeand2004,–464.[11]LiuBai-Cong,GaoJi.AStudyonOntologyEvolutionManagement.ComputerScience,2004,31(5):9-12.(InChinese)(

,..,2004,31(5):9-12.)LiuChen,male,bornin1980,..Hisresearchinterestsincludeontologyintegrationandontologyevolution.1962Hanmale,bornin1962,andPh.D.Hisincludecomputingandsoftware1973ChenWang-Hu,male,bornin1980,..Hisresearchincludeservicematchingandservicediscovery.1980WangJian-Wu,male,born1980,..Hisresearchinterestsincludebusinessservice.No.2020DKA64201No.605731172020CB310805Background:TheworkissupportedbyInfrastructureandDevelopmentproject(No.andprojects.Thefirstprojectaimstowebresourcesdistributedonlocalscienceandoffices.Torepresentationsofsharableresources,ontologiesoflocalofficeswillbefirstlyintegratedtoformaglobalontology.However,theglobalontologywillevolveabsorbknowledgeorremoveforoflocalontologies.Changesofontologymayimpactonservices.Therefore,theproposedMINIalgorithmimpactrangestheglobalontologyevolved.Theapproachesforontologyevolutioncanbeintothreecategories.Theisrepresentedaswhicharetoolssupporttheontologydevelopmentandmaintenancetask.secondcategoryiscalledas“user-driven”strategy.ThetypicalworkDifferentfromontologyeditors,inthisstrategy,userswilldirectthegenerationofchangeThethirdregardstheontologyevolutionasareconfiguration-designproblemandadaptsthegraphtoproblem.Thebenefitsofthisapproachthatitallowsusertospecifydeclarativelywhatwantstodoandnothowdothat.Thisapproachisimplementedinofthesystem.AlltheseresearchesonlyonhowtochangerequestsandtheofFewofabouttheimpactofontologyevolution.However,decreasingimpactcanremarkablyalleviatetheburdenofservicesdevelopmentandmaintains.Toreachthisgoal,thepaperproposesancalledMINI.Themaincontributionsofpaper(1)deeplyanalyzethedependantrelationsontologyentitiesservices.Thepaperpointsoutthatentityischanged,thenservicesdependingonwillalsobeimpacted.Furthermore,moreentitieswhichhavedependantchangedthegreatertherangesanontologychange.Basedontheseanalyses,aformulaisestablishedtoquantifythevalueofimpact(2)theofontologyevolutionasgraphsearchingproblem,whichaimstoanontologychangepathAstrategyandappliedtoacceleratesearchingBystrategy,theMINIalgorithmaccumulatethevalueofasearchingpathdecideitthefoundminimalvalue.Ifnot,theMINIalgorithmwillonanothersearchingpathfindbestsolutions.Finally,experiments,wefindtherangescausedbytheMINIalgorithmisonly60%theothercurrentevolutionalgorithms.ItprovesthattheMINIcanmoretoreduceimpactthanotheralgorithms.:1673-5196(202003-0112-04,(,:,,.,,,,.:;;;;:TP392:AAnalorithofdataminingwithfuzzyneuralnetorkCUIZhao-shun,WANGZhi-nong(CollegeofInormatonEngineering,NorthwestA&FUny,YlingChiaAbstracBymeanofconstructingfuzzyneuranetworkandtrainingspemenandtrainigthefuzzyneuralnetworktomeetherequirementofacertainaccuracy,thenetworkwaspred.Aftertheactiva-toandcusterin