作战模拟训练系统中导调框架的设计

172200810ShipElectronicEngineeringVol.28No.10139　　＊1)　1)　　2)(916301)　　510320)(2)　　430033)　　,、。,,、,。,,。　;;;　TN97DesignofDirecting&AdjustingFrameinCombatSimulationTrainingSystemZhuYufeng1)　JinHuayi1)　LiuJian2)(No.91630TroopsofPLA1),Guangzhou　510320)(NavalUniversityofEngineering2),Wuhan　430033)Abstract　Directing&adjustingsystem,asthenecessarypartofcombatsimulationtrainingsystem(CSTS),isthekeyofensuringthetrainingnormallyrunningandrealizingtheinteractionbetweenhumanandsystem.Thedirecting&ad-justingframeisconstructedwithwhichbasicfunction,architecture,flowwerepresentedinthepaper.Themainfunctionmodule,keytechniquesandtheirrealizationschemeareexhaustiveanalyzed.Theframeisuniversal,andcanbeappliedindifferentlevelsofCSTStoimprovetheefficiencyofdevelopingsystem.Keywords　combatsimulationtrainingsystem,directing&adjusting,highlevelarchitecture,simulationClassNumber　TN971　,、,,。、、、,[1～2]。,,,。,,。,[3]。,,、,,＊:2008514,:2008622:,,,,:。,,,,:。,,,,:。140　　:172[4]。,4,、、。:、、;:、、;:、;:、、。,3,、。,、、、;,,;[5]。2　,,,,,,,,。2.1　,“,”,。,,()、、、:1)()。,,,。2)。,,,,,。3)。,。4)。“,”,,,。2.2　、、,1。、,、、、,。。、。1　1,,、、、、、,,。2　2.3　HLA,(DMSO)200810141　　(FEDEP),。FEDEP,,。2。3　,,。3.1　(Scenario)、。。,,,。,、,。,,,,。,,;,。,、、,VirtualPrototypes(VPI)“”(ScenarioToolkitAndGen-erationEnvironment,STAGE)[6]。STAGE、,。3.2　,,,。、,,,,,“”,。3.3　,,,,。:,、。3.4　,[7～8]。,、,,。,,,。,。1)。(、、、),,、、、。2)。,,、,,。3)。,,、、、。4)。,,、、、、。,、、,RTI,、,。3.5　、、、,,。3.6　、、、,、、142　　:172、、。MapInfoMapXVisu-alC++,GIS,、,。,,/、、。,、;、、。3.7　,,,。3.8　,“”。,,。、,。4　4.1　,,。,,,,,。,。,,RTI,RTI[9～10];。,QueryPerformanceFrequency()QueryPerformanceCounter()。VC,,1ms,CPU。4.2　,,。,Creator。、,。(),(),LOD()。,,,。LOD,LOD(Morphing)。4.3　,。“、”,,、、。,,。,、、,。,。,,,。4.4　,。,(,),XML。。,;,;,。5　200810143　　,、。(),,。[1].[M].:,1999[2].[J].,2003,5(2):40～44[3],.HLA[J].,2005,22(4):146～148[4],(2005).HLA[J].,2005,22(10):35～39[5],,.[J].,2003,17(2):53～56[6],,.HLA[J].,2005,17(5):1203～1207[7],,.C4ISR[J].,2006,28(3):411～414[8],.[J].,2007,18(3):32～38[9],.[J].,2006,23(2):245～248[10],,.HLA[J].,2007,24(9):104～107(上接第77页)4　KalmanAllan。τ510,TS2,0.6×10-140.8×10-14,τ1030,,0.6×10-14。,TS2,0.4×10-140.5×10-14。24,KalmanTS2ALGOSTS1,。4　V1—ALGOSKalman。,,。,,。,,,,,,。[1]R.Zanello,M.Mascarello,L.Galleani,etc.TheGalileoPreciseTimingFacility[C].TheJoint2007EuropeanFrequencyandTimeForum&2007IEEEFrequencyControlSymposium,2007:458～462[2]S.R.Stein.TimeScaleDemystified[C].Proceedingsofthe2003IEEEInternationalFrequencyControlSymposiumandPDAExhibitionJointlywiththe17thEuropeanFrequencyandTimeForum,2003:223～227[3]TavellaP,ThomasC,ComparativeStudyofTimeScaleAlgorithm[J].Metrologia,1991,28(1):57～63[4],,.[J].,2002,23(3):205～210[5]CharlesA.Greenhall.AnOptimalModificationofaKalmanFilterforTimeScales[C].Proceedingsofthe2003IEEEInternationalFrequencyControlSymposi-umandPDAExhibitionJointlywiththe17thEuropeanFrequencyandTimeForum,2003:228～232[6]David.W.Allan.Timeandfrequency(Time-Domain)characterization,estimation,andpredictionofpreci-sionclocksandoscillators[J].IEEETransactiononUltrasonics,Ferroelectrics,andFrequencyControl,1987,34(6):647～654[7],PatriziaTavella,.EPTS[J].,2007,21(5):35～39