基于LabVIEW的数字化大坝监测管理系统-基于LabV

LabVIEWDigitalDamMonitor&ManagementSystemBasedonLabVIEWLabVIEW6iI/OCFP-2020cFP-TC-120cFP-AI-110DI-301cFP-BP-4CB-37FVDINPXIPXI-8146RTPXI-1006PXI-8211NI4351NINIPXILabVIEW6iNINILabVIEWI/OCompactFieldPointLabVIEWIntroductionNowadays,thestatusofwaterresourceisbecomingmoreandmoreimportinglobalresourcestructure,so,thesafetymonitoringandstableoperationofthedamhasbeenacrucialissue.WiththefastdevelopmentofthecomputerscienceandnetworktechnologyaswellastheleadingperformanceofAmericanNI,whichiswidelyappliedindatacollection&analysis,instrumentcontroletc,DigitalDamMonitor&ManagementSystem(DDMMS)canberealizedbasedonNI.ThispaperappliesU.S.ALabVIEW,distributedI/Oproducts(CompactFieldPoint)toestablishadistributedDigitalDamMonitor&ManagementSystemthatincludestransmutemonitoringsection,stressmonitoringsection,sedimentationmonitoringsectionanddamsafetyevaluation&prediction.IttakesfulladvantageofthepowerfulabilitiesofLabVIEWtodevelophighlycompacthuman-machineinterface,themainfunctionofthesystemismonitoringthestressalterationandtransformationin3dimension,whenthestressandtransformationapproachthevalvevalue,thesystemwillgiveoutalert,additionally,itcanpredictand1evaluatetheoperationconditionofthedaminthefuture,DDMMShasgoodpracticability,stablefunctionandoperationcreditability;itcaneffectivelychangethetraditionaldammonitoring&managementmodeandimprovethewaterresourceinformationdevelopment.PXII/ONILabVIEW6iCompactFieldPointCFP-2020CFP-2020I/OPXIPXI-8146RTPXI-1006PXI-8211NI4351()()NI121I/OCFP-2020cFP-TC-120cFP-AI-110DI-301cFP-BP-4CB-37FVDIN2342331#2#7#4I/OI/OcFP-TC-120cFP-AI-110CFP-2020NII/OI/O,CFP-202045PC65LabVIEWNICompactFieldPointLabVIEW2/3562004511LabVIEWNINI6