简介:Areal-timeexpertsystemarchitecturebasedonanoveldynamictaskschedulingtechnique.Areal-timelimit-cyclenavigationmethodforfastmobilerobotsanditsapplicationtorobotsoccer,Areal-timelocalsignalcontrolmethodologyforalleviatingincident-inducedtrafficcongestiononarterials.Astudyonfeature-basedvisualservoingcontrolofrobotsystembyutilizingredundantfeature.Asurveyontexturesegmentationmethodsforfabricdefectdetection.
简介:OptimalcontainmentcontrolforaclassofstochasticsystemsperturbedbyPoissonandwienerprocesses.OptimalFinancingofaCorporationSubjecttoRandomReturns:ASummary.Optimalstrategiesforergodiccontrolproblemsarisingfromportfoliooptimization.OptimalityofThresholdTransmissionPoliciesinGilbertElliottFadingChannels.Optimizationofutilityfor“largerinvestor”withanticipation.
简介:Onaroll:BurkeE.Porterintroducescustomer-configurablerolltestsoftware.Ontology-basedstatespacemodelgenerationforautomaticdesignofsequencecontrolprogram.Operationalfaultdiagnosisofmanufacturingsystems.Packetsequencecontrolalgorithminanopticalpacketrouterwithsharedbuffers.Panel-MountedControllerwithintegratedDisplayandOperationFunctions.
简介:[篇名]Arobustdesignofmodel-basedpredictivecontrolsystem,[篇名]Arobustmodel-basedcontrolforuncertainsystems,[篇名]ArobustpoleclusteringdesignofpneumaticsystemsusingLMIapproach,[篇名]Arobustwidthcontroldesignforhotstripmills:anLPVsystemapproachwithtimevariabletransformation,[篇名]Aslidingmodecontrollerformanipulatordrivenbyartificialmuscleactuator,[篇名]ASolvabilityConditionofGeneralRobustControlProblems,[篇名]Astate-spacebasednewapproachtothedirectionalinterpolationproblem,[篇名]Astudyindiscrete-timerobustcontrol。
简介:ApplicationofH{sub}∞controltoautomaticvoltageregulator(AVR)ofenginegenerator.Approximateexplicitconstrainedlinearmodelpredictivecontrolviaorthogonalsearchtree.Asynchronizedsynchronousgenerator'svariablestructureexcitationcontrolanditstransientanalysis.B2,analternativetwowheeledvehicleforanautomatedurbantransportationsystem.Cascadeslidingmodecontrolofpermanentmagnetsynchronousmotors.
简介:摘要基于BIM的工程管理有利于建设项目的成本控制和进度控制,它为建设项目的增值服务。将BIM与施工进度计划相整合,可视的4D模型可以直观、精确地反映整个建筑的施工过程。4D施工模拟技术可以在项目建造过程中用于合理制定施工计划、科学地掌握施工进度,优化使用施工资源,以及合理地进行场地布置,对整个工程进度、资源和质量进行统一管理和控制,以缩短工期、降低成本、提高质量。由于可视的5D模型集成了空间信息、时间信息和费用信息,它能动态地反映工程进展的资金需求量,也可用于比较不同进度方案的资金需求计划,有利于资金和工程费用控制。本文主要探讨在BIM模型中加入成本信息,对工程管理进行成本与进度控制。