简介:Adesignmethodfornoisecancellerusingrecurrentneuralfilter,ADRNN-baseddirectmulti-stepadaptivepredictorforintelligentsystems,Agenerationalterationmodelforevolvingrecurrentneuralnetworktopologiesalongwithweights,AHIGH-PERFORMANCEMULTI-PURPOSEDSPARCHITECTUREFORSIGNALPROCESSINGRESEARCH……
简介:AChaoticNeuralNetworkforReducingthePeak-to-AveragePowerRatioofMulticarrierModulation;Acombinatorialoptimizationmethodbychaoticneurodynamics;Amultistageself-organizingalgorithmcombinedtransientlychaoticneuralnetworkforcellularchannelassignment;AreductionmethodforPAPRinOFDMvianeuralnetworks;ASearchingAbilityofSolutionsofN-QueensProblemUsingChaotic;Atheoreticalstudyonaneuralmethodforcombinatorialoptimizationproblems;AdaptiveMemoryDynamicsinaChaoticNeuralNetwork;
简介:[篇名]AHamilton-JacobiSetupforConstrainedNeuralNetworkControl,[篇名]ANEURALNETWORKCONTROLBASEDOBSERVERFORROBOTMANIPULATORS,[篇名]Aneuro-controllerwithguaranteedstability,[篇名]AnewRBFneuralnetworkcontrolstrategybasedonnewobjectfunction,[篇名]ANovelNeuralNetworkControllerandItsEfficientDSPImplementationforVector-ControlledInductionMotorDrives,[篇名]Asinge-phaseactivepowerfilterwithneuralnetwork-basedcontroller,[篇名]AStudyonNeuralNetworkControlofExplosion-Proof2-LinkPneumaticManipulator,[篇名]Activepowerlineconditionerwithaneuralnetworkcontrolscheme。
简介:ApplyingthegeneticprogrammingtomodelingofdiffusionprocessesbyusingtheCNNanditsapplicationstothesynchronization.Cellularneuralnetworkanditsapplicationinthediagnosisofabnormalautomobilesound.Cellularneuralnetworkinimagefiltrationtasks.Cellularneuralnetworksanditsapplicationforabnormaldetection-optimizationofthecellularneuralnetworksbydesigninganoutputfunction.
简介:Abiologicallyinspiredconnectionistsystemfornaturallanguageprocessing,Abiologicallymotivatedconnectionistsystemforpredictingthenextwordinnaturallanguagesentences,Acombinedmodelofwaveletandnenralnetworkforshorttermloadforecasting,Acomparativestudyofradialbasisfunctionneuralnetworksandwaveletneuralnetworksinclassificationofremotelysenseddata……
简介:摘要:为了能够及时发现齿轮表面缺陷以及缺陷类型,我们提出了一种自适应分类框架,该框架根据任务需求调整分类粒度,并基于混合神经网络(AHNN)。AHNN结合了一维卷积和注意机制,增强了特征和通道之间的关系,并抑制了不敏感信息的影响,引入了个体特征选择方法,生成适合不同个体的特征子集,减小个体差异。实验结果表明,齿面磨损的细粒度和粗粒度分类的准确率分别为91.27%和96.31%,缺齿的细粒度和粗粒度分类的准确率分别为92.67%和97.28%,正常齿的细粒度和粗粒度分类的准确率分别为92.33%和96.39%。AHNN能够适应不同的分类粒度,降低个体差异,提高框架的通用性。
简介:Remarksonadaptiveneuralnetworkcontrollerusingreferencemodel,Revolutioncontrolofgeneratordieselenginebyneuralnetworkcontroller,Robustneuralnetworkcontrollerforvariableairflowvolumesystem,Selftuningneuralnetworkcontrollerforinductionmotordrives,Self-OrganizingNeural-BasedFuzzyControllerforTransientStabilityofMultimachinePowerSystemsUsingFlywheelBattery……
简介:Evolutionofaneuralnetworkforgaitanimation.Experimentalevaluationofanovelswitchcontrolschemetbranactivepowerlineconditioner.Fuzzylogicdecisionmechanismcombinedwithaneuro-controllerforfabrictensioninrobotizedsewingprocess,Hybridsteppingmotorpositionservosystemwithon-linetrainedfuzzyneuralnetworkcontroller.
简介:Aneuralnetworkcontrollerforsuppressionofwingrock;Aneuralnetworkpredictivecontrolsystemforpapermillwastewatertreatment;APIDneuralnetworkcontroller;Anartificialneuralnetworkapproachformotioncontrolofamagneticdiskdrivevoicecoilmotor;Aninternalmodelcontrolstrategyusingartificialneuralnetworksforaclassofnonlinearsystems;2002IEEEInternationalConferenceonSystems,ManandCybernetics(SMC02),vol.5:BridgingtheDigitalDivide-Cyber-development,HumanProgress,PeaceandProsperity;AutomaticGenerationControlforPowerSystemwithSMESbyUsingNeuralNetworkController;Chaoticsystemcontrolconsideringedgeofchaosusingneuralnetwork;DesignandimplementationofindustrialneuralnetworkcontrollerusingBackstepping;
简介:为了给工业界提供一种快速预测二元混合液体自燃温度的有效途径,将试验所测不同组分及配比的168个二元混合液体的自燃温度作为期望输出,将基于电性拓扑状态指数(ETSI)理论、引入混合ETSI概念而计算出的9种原子类型所对应的混合ETSI作为输入,采用三层BP神经网络技术建立了根据原子类型混合ETSI来预测混合液体自燃温度的BP神经网络模型,并应用改进的Garson算法进行多参数敏感性分析。经模型评价验证及稳定性分析,得到训练集的决定系数R2为0.965,平均绝对误差MAE为11.892K,测试集的交叉验证系数Q2ext为0.923,平均绝对误差MAE为15.530K,发现该模型的预测性能优于已有的多元非线性回归(MNR)模型,表明BP神经网络模型具有较好的拟合能力和预测能力,对烷、醇类混合体系自燃温度的预测精度最佳。