简介:为进一步发挥气测录井技术及时快速发现油气显示的优势,消除人为因素的影响,研制了气测录井资料随钻自动实时解释系统。该系统由数据实时读取模块、快速处理校正模块、随钻自动实时解释模块、专家知识库管理模块和随钻解释成果输出模块构成,对其功能进行了详细介绍,并阐述了原始气测录井数据因开停泵导致的气测假异常、冲淡系数的校正方法。该系统能够实现气测录井资料的随钻快速处理和解释,为甲方提供地层含油气性信息,同时可为所钻遇的储集层提供相应的解释结论。这不仅有助于现场油气层的及时发现,而且能够为完钻讨论和中途测试等决策提供依据,从而提高录井的现场服务水平。
简介:[摘要]目的:探索动态心电图实时记录的临床价值。方法:选择本院2020年1月-2020年12月300例进行实时动态心电图记录的患者进行分析。结果:300例患者经过动态心电图24小时监测,发现心电异常290例,占96.7%。结论:在临床上,对一些常规心电图检查不出来而选择使用动态心电图发现其心脏疾患具有重大临床价值。
简介:Analysistechnologyforelectricalandmechanicaldynamicsofpowerelectronicsequipment.ApplicationofHumanoidRobotSystemforBuildingandHomeManagementService:5thReport:DevelopmentofPrototypeSystem.Braking&tractioncontrolsystemdevelopmentusingCAEtools.BuildinganenginesimulatorforECUtesting.Cableinstallationinvirtualenvironments.
简介:DistributedHardware-In-the-LoopSimulatorforAutonomousContinuousDynamicalSystemswithSpatiallyConstrainedInteractions;Drivingareal-timemulti-physicssimulatortofollowanactualsystem:aDAEobserverapproach;Dynamic-windowsearchforreal-timesimulationofdynamicsystems;Efficientsolvingmethodsexploitingsparsityofmatrixinreal-timemultibodydynamicsimulationwithrelativecoordinateformulation;FlexibleMaterialsinAvangoVirtualEnvironmentFramework;GeneralizedaveragemodellingofFACTSforrealtimesimulationinARENE。
简介:Areal-timeexpertsystemarchitecturebasedonanoveldynamictaskschedulingtechnique.Areal-timelimit-cyclenavigationmethodforfastmobilerobotsanditsapplicationtorobotsoccer,Areal-timelocalsignalcontrolmethodologyforalleviatingincident-inducedtrafficcongestiononarterials.Astudyonfeature-basedvisualservoingcontrolofrobotsystembyutilizingredundantfeature.Asurveyontexturesegmentationmethodsforfabricdefectdetection.
简介:3Dreal-timesimulationofanextendedechocomplexadaptivesystemmodel,Abandwidth-requirement-estilnationtoolusingrcaltimequeuesimulation,Acoarsegrainparallelsolutionmethodforsolvinglargesetofpowersystemsnetworkequations,AFastMethodtoSimulateVirtualDeformableObjectswithForceFeedback……