简介：AnewapproachtogenerateAself-organizingfuzzyneuralnetworkmodel.Anonlinearcombiningforecastmethodbasedonfuzzyneuralnetwork.Anovelclustermethodinfrizzyneuralnetworks.AnovelrobustPIDcontrollerdesignbyfuzzyneuralnetwork.Arecurrentfuzzyneuralnetwork:learningandapplication.Astudyofchatterpredictioninendmillingprocess(fuzzyneuralnetworkmodelwithinputsofcuttingconditionsandsound.Aweightedfuzzyreasoninganditscorrespondingneuralnetwork.

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简介：Anti-controlofchaosbasedonfuzzyneuralnetworksinversesystemmethod；ApplicationofArtificialIntelligenceTechniquesforClassificationandLocationofFaultsonThyristor-ControlledSeries-CompensatedLine；AutonomousNavigationinaKnownDynamicEnvironment；BETAFUZZYNEURALNETWORKAPPLICATIONINRECOGNITIONOFSPOKENISOLATEDARABICWORDS；Controlsystemusingfuzzifiedinputneuralnetwork；CoordinatedcontrolofEGRandVNTinturbochargeddieselenginebasedonintakeairmassobserver；DesignofIntelligentOptimalTrackingControlforRobotManipulator。

简介：AConcurrentFuzzy-NeuralNetworkApproachforDecisionSupportSystems，Adynamicallygeneratedfuzzyneuralnetworkanditsapplicationtotorsionalvibrationcontroloftandemcoldrollingmillspindles，Afuzzymodelingofactivemagneticbearingsystemandslidingmodecontrolwithrobusthyperplaneusinμ-synthesistheory……

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简介：Automateddiscoveryoftechniquesforamulti-agentfuzzyexpertsystem:theoryandsimulation；Classificationofweldingflawtypeswithfuzzyexpertsystems；Combiningscoringmethodandfuzzyexpertsystemsapproachtosupplierassessment:acasestudy；EVBatteryManagementSystemwithFuzzyExpertDiagnosing；FuzzyexpertsystembasedonroughsetsinATMnetworks；Fuzzyexpertsystemusingloadsheddingforvoltageinstabilitycontrol；Intelligentconsultant。

简介：Aprototypefuzzysystemforsurveillancepictureunderstanding，ASystematicFuzzyModelingforSchedulingofTextileManufacturingSystem，Adaptivealgorithmforanalogfaultbasedonasensitivitymatrixandthefuzzysettheory，Adaptivereal-timefuzzyX-raysolderjointinspectionsystem……

简介：为了提高非线性动态系统辨识精度，提出一种基于多新息理论的PID神经网络改进算法。对具有时间延迟非线性动态系统，由于采用多新息，充分利用了系统的当前数据和历史数据，较传统的BP算法，本文所提算法在辨识精度和收敛速度方面具有更好的效果。仿真结果表明该算法的有效性。

简介：初用数码相机的摄影爱好者，经常会遇到拍摄出的影像模糊发虚的问题，使得一些原本美好的画面留下了遗憾。造成影像模糊的原因很多，其中最主要的就是对焦不准、相机把持不稳、曝光组合的选择不当这几点。下面我们就来针对这些影响影像清晰度的主要因素，为大家介绍一些拍摄日寸应该注意的事项和一些基本的解决办法。

简介：三鹿毒奶粉事件让中国的奶制品一行业面临前所未有的信任危机，曾经让我们骄傲的蒙牛、伊利一夜间成为避之尤恐不及的“老鼠屎”。当三鹿、蒙牛、伊利、光明等企业淹没在政府、媒体和民众口水之中时，饱受竞争困扰的“三元”却在加班加点的赶制外销奶品，在对手纷纷被抛弃之时迎来了久违的企业发展机会。奶制品的行业悲喜剧就此上演。

简介：IntelligentControlofanAnaerobicDigester:Fuzzy-basedgainschedulingforageometricalapproach，Intelligentcontrolofanupperextremityhandorthosis，IntelligentControlofAutonomousRobotReactedtoMobileObjectwithImage，Intelligentcontrolofauxiliaryshipsystems，Intelligentcontrolofbuildingstosaveenergy……

简介：ABiologically-InspiredPlatformfortheEvolutionofCommunicationinMulti-AgentSystems.AdesignofevolutionarytuningPIDcontrollers.AHolonicApproachtoReconfiguringReal-TimeDistributedControlSystems.AlightweightapproachforembeddedreconfigurationofFPGAs.AmethodologyformodelingHoloniccontrolsystems.

简介：AdaptiveFuzzyControlofaBelt-DrivenPrecisionPositioningTable；AdaptiveFuzzyControllerWithSlidingSurfaceforVehicleSuspensionControl；AdaptiveHard;SoftControl；Adaptiveintelligentcontrolofeconomicalflowsbystochasticdynamics；Adaptivemodel-basedcontrolofroboticsystemswithahybridapproachcombiningneuralnetworksandfuzzylogic；Adaptiveneuralnetworkbasedapproachforactiveflowcontrol；Adaptive,intelligentcontrolofembeddedapplications；Advancedcontrolofrobotcompliancetasksusinghybridintelligentparadigms。

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简介：HarmonicMinimizingNeuralNetworkSVCControllerforCompensatingUnbalancedFluctuatingLoads；ImplementationofanAdaptivePredictor-CorrectorNeuralControllerwithintheNASAIFCSF-15WVUSimulator；NeuralNetworkAdaptiveControlofaSpacePlatform-BasedDeployableManipulator；Neuralnetworkcontroldesignforarigid-linkelectricallydrivenrobot；Neuralnetworkcontrolfordynamicvoltagerestorer；NeuralNetworkControlofAir-to-FuelRatioinaBi-FuelEngine；Neuralnetworkcontrolofcoldflowcirculatingfluidizedbed；Neuralnetworkcontrolofmultlvariableprocesseswithafastoptimisationalgorithm。

简介：一种通过电脑控制的保鲜方法，可以让香蕉在经过海运和航空后依然保持新鲜。热带香蕉被装进一个个安装了带有手机大小的监控器的箱子里。监控器将在运输过程中对水果状态进行记录，并将这些记录数据传输给计算机，计算机将根据数据结果，对水果集装箱内的温度进行调整，使箱内环境始终保持在适合水果保鲜的较低的温度上。除了适度的低温保鲜外，在必要时，集装箱内还将被注入氮气，以减少箱内氧气的含量。