简介:摘要:随着我国基础设施建设不断加速,尤其是公路建设领域得到了飞速发展,与此同时,我国车辆以较快的速度增长,公路交通经常出现拥堵的情况,交通事故的数量不断增加,危害也越来越大。近年来,公路交安设施建设也越来越完善,交通标志、标线、护栏等设施保护了人们的生命及财产安全,有效地降低事故发生之后的伤亡率,但随着交安设施数量、种类的不断增长,也使公路交安设施养护管理工作有了更高的要求。智能化巡检技术的应用能够有效提高公路安全巡检工作的效率,全面了解交通标志、标线、护栏等公路交通安全设施的基础数据,迅速准确的掌握公路交通安全设施的日常养护情况,采集并统计养护巡查数据,完成公路交安设施养护方案的决策等工作。
简介:AutomationandsimulationofaerospaceprocessesattheNRCAerospaceManufacturingTechnologyCenter.Deadlockavoidanceinflexibleflowshopswithloops.Emergenceofintelligenceinnext-generationmanufacturingsystems.Howintelligentmanufacturingholonsconfigurethemselves.Industrialexperiences,trendsandfuturerequirementsonagent-basedintelligentautomation.
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。
简介:AcoloredPetrinet-basedapproachtowardsaformalspecificationofagent-controlledproductionsystems,Acontext-dependentagentinconsiderationofthebufferusageforreal-timeschedulinginmanufacturingsystems,AContext-DependentAgentinCosiderationoftheBufferUsageforReal-TimeSchedulinginManufacturingSystems……