基于数字虚拟机的雷达装备网络化训考系统研究

华中科技大学硕士学位论文基于数字虚拟机的雷达装备网络化训考系统研究姓名：周启明申请学位级别：硕士专业：机械设计及理论指导教师：何建英2011-01-16I(DigitalVirtualMachineDVM)DVMIIAbstractTheradarisanimportantmeansintheearly-warningofournationaldefense,alongwiththedevelopmentofscienceandtechnology,theradartechnologyisimprovedtoo.Now,alotofnewradararedevelopedwhichpossessstrongfunction,highintegrationandadvancedtechnologies.itneedsstrongabilitytouseandmaintaintheseradarsforthetechnician,somanyequipmenttrainingareactualizedinordertoimprovetheirabilityinradartroops,.Howevertherearemanyconflictsinequipmenttraining.First,moretechniciansareinconflictwithlessequipment,becauseofmoretechnicians,lessequipmentandslowlyequipmentrenewal,thetrainingefficiencyismorelower.Second,moreshortertrainingtimeisconglictwithoverburden,becauseofit,trainingcan’tbedetailed,andtheeffectoftrainingismoreworse.Third,simpleevaluationmethodisconflictwithaccurateevaluation,becausethemethodofequipmenttrainingandevaluationisverysimpleintheradartroops,it’sverydifficulttoevaluatethetechnician’srealability.Aimingattheaboveproblems,thispaperdiscussesthedesignandimplementofradarequipmentnetworkedtrainingandevaluationsystembaseondigitalvirtualmachine(DVM).Thesystemutilizesyntheticallythetechnologiesofnetwork,pictureprocessing,informationprocessingandemulation.Accordingtotheaimandprinciple,itisaccomplishedforfunctiondesignandflowdesignofthesystem,anddiscussedthewholeschemeofnetworkedtrainingandevaluation.Baseontheprincipleofmaintenancecharacteristic,themethodofradarmodelingisdiscussed,singleradarDVMisbuilded,andtheconstructingwayandtheirrelationarediscussedforinterfacelayeranddataprocessinglayer.BaseonsingleradarDVM,itisdesignedandaccomplishedforthenetworkedtrainingsubsystemandevaluationsubsystem,andthesubsystem'sappliableflowexplainedbyusingtheexamples.Adoptedtheconstructmethodofnetworkgame,managingsubsystemandassesssubsystemisconstructed,andthesubsystem'sappliableflowisexplainedbyusingtheexamples.TheradarequipmentnetworkedtrainingandevaluationsystembaseonDVMcanbeusedindifferenttrainingandevaluationenvironment,andtechniciancanenjoytrainingandinspectionlikeasamusement,whichcanmakedifferentspecialtytechnicianmastertheprofessionalknowledgeofdifferentequipmenteffectively,andquicklystrengthentheirtechnicalability.Thesystemcansolvepreferablelytheprimaryproblemofcurrenttrainingandevaluation,which.providesanavailablewaytotechnician’searlierjobtrainingm.Ithasimportancemilitarysignificancetoenhanceradartroop’sbattleeffectivenessKeywords:radar;digitalvirtualmachine;trainingsubsystem;evaluationsubsystem;managingsubsystem11607310.521.2.180(VirtualPrototypingVP)DMSO[1]DMSO3[2-6]1CAD(CSCW)2(IntegratedProductandProcessDevelopmentIPPD)IPPDIPPDIPPD345CAD2090777100%25%75%50%[7]cateprilar4[8]JohnDere[9]DVM1.2.2205050205020602080PCPCPC5[10]ISO1984ISO1993NIINIIInternetInternet100MVG-ANYLAN100M-T100BASE-T10BASE-T()(100MBPS)(ATM)()()(ATMFDDI)(IntelSun3comBayAccton)Internet1DVMDVM2DVM63DVMDVM4DVMDVM72DVM[11-14]1234856DVM2.19A,B,CAUABCCBAUUUUUU=1/2nDVM102.22.3112.42.312CSBS[15-19]1C/S2B/SCS2.413IEIECS[2021][22-24]2.52.5142.6DVM[25-27]DVMWeb2.6DVMCDVMClientWEBCWEBClientDVMCDVMServerDVMCDVMMsgCMsgClickCMsgMessuare153DVMDVMDVMDVMDVM3.1.1DVM[28-32][33-35]16[3637][38-40]3.1DLLVCLabView17DLLMatlabVC3.1.2DVM[41]VCLabViewMatlabDLL3.1183.2.1DVMN2N2[4243]19DVMDVM3.2.2C++203.221223.3edcba23243.4253.526E27EEEE283.2.33.729A3.93.3.13.8303.3.2LabView3.11LabView3.12VIVIVIVIVIVIVIVIVIVIVIVIVIVIVINVIVIImageList3.10VC313.3.3DVM3.12VI3.11LabViewVC32DVMDVM3.13334DVMDVM4.1.1UML[44-47]4.14.24.14.2344.1.2DVM4.3DVMN4.3354.1.34.4KLLQ1202.32.34.44.2.13614.524.2.24.5374.7N4.6384.2.34.8204.94.104.94.104.7NN=N-1N0NY394.84.9404.10DVM415DVMDVMDVM5.1[4849]1234565.142785.2.15.2E-R5.1ID122~334435.1IDUserNameBornTimeArmyTimeSexBornPlacePowerDepartmentHeadshipType5.2.25.3E-R5.25.35.2E-RID445.2IDUserNameEquipNameGradeStep5.3IDEquipNoEquipName5.4ID12345.3E-RIDID455.55.42134465.55.65.75.6475.7DVM486DVM1DVM2DVMDVM3DVMDVM4DVM49DVM1DVM2DVM5051[1]NationalInstrumentCorporation,VirtualInstrumentBasedonPC.ElectronicEngineering&ProductWorld,2003,1:8688[2],.[J]..20005:17-19[3].[J].().200343(89):35-40[4],.[J]..20032(30):4-9[5],.[J]..200435(2):168-171[6],.[J]..200123(12):49-51[7],,.,,2000,(7):38~40.[8],,..,2000,(5):1114[9].:.[10]Chwei-KingMok.NaderF.Mir.Anefficientinterconnectionnetworkforlarge-scalecomputercommunicationsapplications.JournalofNetworkandComputerApplications.2000.23.P59–75[11]...2005.[12].122..2006.[13]AlanS,JamesT.DesignPatternsExplained:ANewPerspectiveonObject—OrientedDesign[M].Beijing:ChinaMachinePress,2006[14],,.MVC.().2009.55(6):728732[15],..,2008,36(3):3335[16],,..,2007,33(15):283285[17],..,2004,25(10):17841786[18],,..,2007,4:6264[19],.Web.,2001,37(14):747552[20]S.R.Subramanya,MultimediaDatabasesIEEEPotentialsv01.182000pp.1618.[21]Prabhakaran,B.,MultimediaDatabaseManagementSystemsKluwerAcademicPublishers1997.[22]..,2009,03:7072[23],..,2006,35(19):2527[24]..NETMVC.,2005,11:6366[25].Windows.,2008,22(2):6771[26]..,2003,19(4):6768[27]LiZhengwu,Y