2006年第17届软件可靠性工程国际会议论文目录

IEEE计算机学会、IEEE计算机学会软件工程技术委员会、IEEE可靠性学会共同主办的第17届软件可靠性工程国际会议,2006年11月7日至10日在美国北卡罗莱纳州Raleigh举行,现将会议的论文集目录整理报道于下,供参考查找。

1.软件系统灾难硬化(DisasterHardeningforSoftwareSystems)

作者:C.V.Ramamoorth

CaliforniaUniv.,Berkeley,CA;

Onpage(s):3-4

2.软件可消费性展望(APerspectiveonSoftwareConsumability)

作者:CarlKessler

IBMSoftwareGroup,Armonk,NY;

Onpage(s):5-5

3.软件安全:内置数据安全性(SoftwareSecurity:BuildingSecurityIn)

作者:GaryMcGraw

Cigital,Inc.,Dulles,VA;

Onpage(s):6-6

4.软件建模对软件产业的实用性(TheRelevanceofSoftwareModelingtotheSoftwareIndustry)

作者:未标注

Onpage(s):10-10

 

5.在商用电子表格多模式语言世界中刻度数据流测试方法(ScalingaDataflowTestingMethodologytotheMultiparadigmWorldofCommercialSpreadsheets)

作者:MarcIIFisherGreggRothermelTylerCreelanMargaretBurnett

NebraskaUniv.,Lincoln,NE;

Onpage(s):13-22

6.动态片断的记忆前向计算(MemorizedForwardComputationofDynamicSlices)

作者:WesMasriNagiNahasAndyPodgurski

Dept.ofComput.Sci.,AmericanUniv.ofBeirut;

Onpage(s):23-32

 

7.调用堆覆盖用于减少图形用户界面测试套件(CallStackCoverageforGUITest-SuiteReduction)

作者:ScottMcMasterAtifMemon

Dept.ofComput.Sci.,MarylandUniv.,CollegePark,MD;

Onpage(s):33-44

8.稳定时间:软件产品的一个质量度量(StabilizationTime-AQualityMetricforSoftwareProducts)

作者:VibhuSaujanyaSharmaPankajJalote

Dept.ofComput.Sci.&Eng.,,IndianInst.ofTechnol.Kanpur;

Onpage(s):45-51

9.使用非齐次普阿松模型的基于度量的软件可靠性模型(Metrics-BasedSoftwareReliabilityModelsUsingNon-homogeneousPoissonProcesses)

作者:KazuyaShibataKoichiroRinsakaTadashiDohi

Dept.ofInf.Eng.,HiroshimaUniv.;

Onpage(s):52-61

10.历史的内在过程和产品度量用于软件失效的早期估计(UsingHistoricalIn-ProcessandProductMetricsforEarlyEstimationofSoftwareFailures)

作者:NachiappanNagappanThomasBallBrendanMurphy

MicrosoftRes.,Redmond,WA;

Onpage(s):62-74

 

11.BPEL4WS单元测试:用并行路径分析法生成测试案例(BPEL4WSUnitTesting:TestCaseGenerationUsingaConcurrentPathAnalysisApproach)

作者:JunYanZhongjieLiYuanYuanWeiSunJianZhang

Inst.ofSoftware,ChineseAcad.ofSci.,Beijing;

Onpage(s):75-84

注:BPEL4WS是.BusinessProcessExecutionLanguageforWebServices的缩写

12.用于模型转换的基于Metamodel的测试生成:一种算法和工具(Metamodel-basedTestGenerationforModelTransformations:anAlgorithmandaTool)

作者:ErwanBrottierFranckFleureyJimSteelBenoitBaudryYvesLeTraon

FranceTelecomR&D,Lannion;

Onpage(s):85-94

注:Metamodel是指若干模型集合的规格说明

13.一种系统的生成UML设计语言测试数据的方法(ASystematicApproachtoGenerateInputstoTestUMLDesignModels)

作者:TrungT.Dinh-TrongSudiptoGhoshRobertB.France

Dept.ofComput.Sci.,ColoradoStateUniv.,FortCollin,CO;

Onpage(s):95-104

14.具有数字输入输出的同步程序,应用CLP自动生成测试序列

(UsingCLPtoAutomaticallyGenerateTestSequencesforSynchronousProgramswithNumericInputsandOutputs)

作者:BesnikSeljimiIoannisParissis

Lab.LSR-IMAG,Univ.JosephFourier,Grenoble;

Onpage(s):105-116

注:CLP是ConstraintLogicProgramming的缩写

15.通过击键动力学评估硬化资格证明的可靠性(EvaluatingtheReliabilityofCredentialHardeningthroughKeystrokeDynamics)

作者:NickBartlowBojanCukic

LaneDept.ofComput.Sci.&Electr.Eng.,WestVirginiaUniv.,Morgantown,WV;

Onpage(s):117-126

16.一种新颖的SOAP面向附件的数据安全模型(ANovelSOAPAttachment-OrientedSecurityModel)

作者:XiaolingCuiLeiLiJunWei

Inst.ofSoftware,ChineseAcad.ofSci.,Beijing;

Onpage(s):127-135

注:SOAP是SimpleObjectAccessProtocol的缩写

17.一种用于系统地测试基于数据安全机制的攻击模拟器(AnAttackSimulatorforSystematicallyTestingProgram-basedSecurityMechanisms)

作者:BenBreechMikeTegtmeyerLoriPollock

Comput.&InfoSci.,DelawareUniv.,Newark,DE;

Onpage(s):136-145

18.监控软件系统的安全健康状态(MonitoringtheSecurityHealthofSoftwareSystems)

作者:AshishAggarwalPankajJalote

Comput.Sci.&Eng.,IndianInst.ofTechnol.;

Onpage(s):146-158

 

19.一个好的图形用户界面特性的研究

作者:QingXieAtifMMemon

Dept.ofComput.Sci.,MarylandUniv.,CollegePark,MD;

Onpage(s):159-168

20.AspectJ联结点集的备候选故障模型(ACandidateFaultModelforAspectJPointcuts)

作者:JonS.BaekkenRogerT.Alexander

Sch.ofElectr.Eng.&Comput.Sci.,WashingtonStateUniv.,Pullman,WA;

Onpage(s):169-178

注:AspectJ是一种面向方面编程(AOP)语言

 

21.AspectJ程序检测冗余单元测试(DetectingRedundantUnitTestsforAspectJPrograms)

作者:TaoXieJianjunZhaoDarkoMarinovDavidNotkin

Dept.ofComput.Sci.,NorthCarolinaStateUniv.,Raleigh,NC;

Onpage(s):179-190

22.用‘尾分裂’技术预计失效的软件模块:一个操作系统案例研究(”Tail-Splitting”toPredictFailingSoftwareModules-withaCaseStudyonanOperatingSystemsProduct)

作者:RamChillaregeP.Santhanam

ChillaregeInc.,Baltimore,MD;

Onpage(s):191-196

23.基于体系结构的软件可靠性的适当性,精确性,可刻度性,和不确定性:从大型经验案例研究获得的教训(Adequacy,Accuracy,Scalability,andUncertaintyofArchitecture-basedSoftwareReliability:LessonsLearnedfromLargeEmpiricalCaseStudies)

作者:KaterinaGo!seva-PopstojanovaMargaretHamillXuanWang

LaneDept.ofComput.Sci.&Electr.Eng.,WestVirginiaUniv.,Morgantown,WV;

Onpage(s):197-203

24.评估软件断言和故障的关系:实验调查(AssessingtheRelationshipbetweenSoftwareAssertionsandFaults:AnEmpiricalInvestigation)

作者:GunnarKudrjavetsNachiappanNagappanThomasBall

MicrosoftCorp.,Redmond,WA;

Onpage(s):204-212

25.在进化自动系统中,偶发事件软件设计工具支持验证(Tool-SupportedVerificationofContingencySoftwareDesigninEvolving,AutonomousSystems)

作者:RobynLutzAnnPatterson-HineAnupaBajwa

JetPropulsionLab,Caltech,Pasadena,CA;

Onpage(s):213-220

26.在重构中测试:增加保留系统方面(TestingDuringRefactoring:AddingAspectstoLegacySystems)

作者:MichaelMortensenSudiptoGhoshJamesM.Bieman

Hewlett-Packard,FortCollins,CO;

Onpage(s):221-230

27.测试执行能力估计模型模拟(ModelSimulationforTestExecutionCapacityEstimation)

作者:EduardoAranhaPauloBorbaJoseLima

InformaticsCenter,Fed.Univ.ofPernambuco,Recife;

Onpage(s):231-236

28.用电子转播文档为边界检查性能建模(ModelingthePerformanceofBorderInspectionswithElectronicTravelDocuments)

作者:PaolaBracchiBojanCukicVittorioCortellessa

LaneDept.ofCSEE,WestVirginiaUniv.,Morgantown,WV;

Onpage(s):237-246

 

 

29.软件测试中故障排除的效果:贝叶斯可靠性估计方法(OntheEffectofFaultRemovalinSoftwareTesting-BayesianReliabilityEstimationApproach)

作者:HiroyukiOkamuraHitoshiFurumuraTadashiDohi

Dept.ofInf.Eng.,HiroshimaUniv.;

Onpage(s):247-255

 

30.用基于状态探测方法测试Java监控器(AStateExploration-BasedApproachtoTestingJavaMonitors)

作者:YuLeiRichardCarverDavidKungVidurGuptaMonicaHernandez

Dept.ofComp.Sci.&Eng.,TexasUniv.,Arlington,TX;

Onpage(s):256-265

 

31.具有定制测试需求的网络测试:一种实验比较研究(WebApplicationTestingwithCustomizedTestRequirements-AnExperimentalComparisonStudy)

作者:SreedeviSampathSaraSprenkleEmilyGibsonLoriPollock

Dept.ofComput.&Inf.Sci.,DelawareUniv.,Newark,DE;

Onpage(s):266-278

32.在J2EE中用事务处理过程与复制结合提高可靠性(CombiningReplicationwithTransactionProcessingforEnhancedReliabilityinJ2EE)

作者:LinZuoShaohuaLiuJunWei

Inst.ofSoftware,ChineseAcad.ofSci.,Beijing;

Onpage(s):279-288

注:J2EE是SunMicrosystemsInc.,Java™2PlatformEnterpriseEdition

 

33构建阶段型软件可靠性模型(BuildingPhase-TypeSoftwareReliabilityModels)

作者:HiroyukiOkamuraTadashiDohi

Dept.ofInf.Eng.,HiroshimaUniv.;

Onpage(s):289-298

 

34.基于部件的软件系统,重启动,再试,再引导和维护的性能和可靠性(ReliabilityandPerformanceofComponentBasedSoftwareSystemswithRestarts,Retries,RebootsandRepairs)

作者:VibhuSaujanyaSharmaKishorS.Trivedi

Dept.ofComput.Sci.&Eng.,,IndianInst.ofTechnol.,Kanpur;

Onpage(s):299-310

35.采集界面的规格说明用于生成可检测的健壮特性(MiningInterfaceSpecificationsforGeneratingCheckableRobustnessProperties)

作者:MithunAcharyaTaoXieJunXu

Dept.ofComput.Sci.,NorthCarolinaStateUniv.,Raleigh,NC;

Onpage(s):311-320

36有效地整合软件确认策略:理解不同的假定(EffectivelyCombiningSoftwareVerificationStrategies:UnderstandingDifferentAssumptions)

作者:DavidOwenDejanDesovskiBojanCukic

LaneDept.ofComput.Sci.&Electr.Eng.,WestVirginiaUniv.,Morgantown,WV;

Onpage(s):321-330

 

37.软件部署剖面事件的分布探测技术(ProbeDistributionTechniquestoProfileEventsinDeployedSoftware)

作者:MadelineDiepMyraCohenSebastianElbaum

Dept.ofComput.Sci.&Eng.,NebraskaUniv.,Lincoln,NE;

Onpage(s):331-342

 

38测量和提高Apache和IISHTTP服务器攻击发现模型的预报能力(MeasuringandEnhancingPredictionCapabilitiesofVulnerabilityDiscoveryModelsforApacheandIISHTTPServers)

作者:OmarH.AlhazmiYashwantK.Malaiya

ColoradoStateUniv.,Boulder,CO;

Onpage(s):343-352

39.现场故障解决的排队模型(QueuingModelsforFieldDefectResolutionProcess)

作者:SwapnaS.GokhaleRobertE.Mullen

ConnecticutUniv.,Storrs,CT;

Onpage(s):353-362

 

40软目标可跟踪性模式(SoftgoalTraceabilityPatterns)

作者:JesseFletcherJaneCleland-Huang

CenterforRequirementsEng.,DePaulUniv.,Chicago,IL;

Onpage(s):363-374

41.DevCOP:一种Eclipse的软件认证管理系统(DevCOP:ASoftwareCertificateManagementSystemforEclipse)

作者:MarkSherriffLaurieWilliams

NorthCarolinaStateUniv.,Raleigh,NC;

Onpage(s):375-384

注1:(DevCOP)是defectestimationwithV&VCertificatesonProgramming的缩写

注2:Eclipse是一种集成开发环境(IDE)

 

42.CAA-DRIP:执行并列自动行动的框架(CAA-DRIP:aframeworkforimplementingCoordinatedAtomicActions)

作者:A.CapozuccaN.GuelfiP.PelliccioneA.RomanovskyA.Zorzo

LASSY,LuxembourgUniv.;

Onpage(s):385-394

注1:CAA是coordinatedatomicaction缩写

注2:DRIP是dependableremoteinteractingprocesses缩写

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可靠性技术软件可靠性

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2007-9-3 15:50:43

可靠性技术软件可靠性

讨论:系统可信性——工业用软件系统的可靠性与安全性

2007-9-3 16:20:32

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