徐州工程学院统计科研基地近两年学术成果一览

徐州工程学院统计科研基地近两年学术成果一览项目类国家级自然科学面上项目半马尔可夫切换系统的稳定性分析及其镇定控制器设计问题的研究社会科学一般项目中国旅游业高质量发展的统计测度与实现路径研究数学天元基金发展方程的几何理论及应用专题讲习班省部级自然科学面上项目半马尔可夫切换系统的稳定性分析及应用文旅局重点项目大数据对公共文化效能评估的作用市厅级科技计划面上项目大规模矩阵函数的快速算法及其应用的研究社科联重点资助课题徐州市生物医药发展路径研究社科应用研究精品工程大数据背景下数字档案资产化管理体系构建研究其余课题36项注：以上为2020-2021年科研项目公开发表的论文、论著QuantifyingdiseconomiesofscaleformutualfundsAnnalsofEconomicsandFinance(SSCI)Bootstrapbandwidthselectionintime-varyingcoefficientmodelswithjumpCommunicationsinStatistics–SimulationandComputation(SSCI)Estimationandtestingforpaneldatapartiallylinearsingle-indexmodelswitherrorscorrelatedinspaceandtimeRandomMatrices-TheoryandApplications(SSCI)AnalysisofPanelDataPartiallyLinearSingle-IndexModelswithSeriallyCorrelatedErrorsJournalofComputationalandAppliedMathematics(SSCI)Expectedpowerboundandstabilityoftwo-dimensionaldigitalfilterswithmultiplicativenoiseintheFMLSSmodelJournaloftheFranklin(SCI2区)Afastcompactdifferencemethodfortwo-dimensionalnonlinearspace-fractionalcomplexGinzburg-LandauequationsJournalofComputationalMathematics(SCI2区)ExponentialRunge–KuttaMethodforTwo-DimensionalNonlinearFractionalComplexGinzburg–LandauEquationsJournalofScientificComputing(SCI2区)StabilityAnalysisofDiscrete-TimeSemi-MarkovJumpLinearSystemsIEEETransactionsonAutomaticControl(SCI2区)ModedependentH∞filteringforsemi-MarkovianjumplinearsystemswithsojourntimedependenttransitionratesIETControlTheory&Applications(SCI2区)Stabilityanalysisofdiscrete-timesemi-Markovjumplinearsystemswithpartlyunknownsemi-MarkovkernelSystems&ControlLetters(SCI3区)Thenovelsufficientconditionsofalmostsureexponentialstabilityforsemi-MarkovjumplinearsystemsSystems&ControlLetters(SCI3区)StabilityanalysisofswitchedsingularstochasticlinearsystemsInternationalJournalofControl(SCI3区)ParameterestimationofnetworksignalnormaldistributionappliedtocarbonizationdepthJournalCitationReports(SCI4区)ResearchonMulti-objectiveOptimizationProblemofEngineeringProjectin3DfieldBasedonImprovedParticleSwarmOptimizationAlgorithmSmartInnovation,SystemsandTechnologies(EI)ApplicationofSemiVariableCoefficientModelinPredictionofEffectiveThrowingRateofThrowingBlastingITOEC2020(EI