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SlidingSpotlightSAR1ConverseBeamCrossSlidingSpotlightSAR2TerraSAR-X,NewFormulationoftheExtendedChirpScalingAlgorithm3HybridBistatic(双基地),intheDoubleSlidingSpotlightMode4SPACEBORNE/AIRBORNE（星载/机载）,BISTATIC5Spaceborne/AirborneHybridBistaticSAR,Wavenumber-Domain(波数域)Algorithm6SlidingSpotlightandTOPSSAR，BasebandAzimuthScaling（基带方位尺度）7INVERSESLIDINGSPOTLIGHTIMAGING8KEYPARAMETERSINSLIDINGSPOTLIGHTSAR9ASTUDYOFSARSIGNALANALYSIS，SLIDINGSPOTLIGHTMODE10AzimuthAmbiguityofPhasedArray11Anti-Jamming（抗干扰）Property12USINGEXTENDEDFREQUENCY（扩展频率）SCALING13MULTIPLESARMODESWITHBASEBANDAZIMUTHSCALING14WithPAMIRandTerraSAR-X—Setup,Processing,andImageResult15Two-StepAlgorithminSlidingSpotlightSpace-borne16Frequency-Domain，forSpaceborne/AirborneConfiguration17KOMPSAT-5SPOTLIGHTSARPROCESSOR，USINGFSAWITHCALCULATIONOFEFFECTIVEVELOCITY18Time-Frequency，High-Resolution19ASpecialPointTargetReferenceSpectrum20Hybrid（混合式）BistaticSARTerraPAMIR，GeometricDescriptionandPointTargetSimulation（几何描述与点目标仿真）21UsingAzimuthFrequencyDe-ramping（方位频率去斜）22SlidingSpotlight，TOPSSARData，WithoutSubaperture（子孔径）23EXTENDEDTHREE-STEPFOCUSINGALGORITHM24TheStudyofrealizationmethod（实现方法）25DoubleSlidingSpotlightModewithTerraSAR-XandPAMIRBasedonAzimuthChirpFiltering26AUnified（统一的）FocusingAlgorithm（UFA），BasedonFrFT（fractional(分数)Fouriertransform）27AMULTI-MODESPACE-BORNE,BASEDONSBRAS（Space-borneRadarAdvanceSimulator）（星载雷达超前模拟器）28PRESENCEOFSQUINT（下斜视）29Large-Scene，MultipleChannelsinAzimuth30Full-ApertureAzimuth，forBeamSteering（光束控制）SAR31BeamSteering（光束控制）SARDataProcessingbyaGeneralizedPFA32Multichannel，Ultrahigh-Resolution（超高分辨率）andWide-SwathImaging（宽测绘带成像）33AMulti-modeSpace-borneSAR34ProcessingofUltrahigh-ResolutionSpace-borneSlidingSpotlightSARDataonCurvedOrbit（曲线轨迹）35MultichannelSlidingSpotlightandTOPSSyntheticApertureRadarData36BurstModeSyntheticApertureRadar（突发模式合成孔径雷达）37NovelHigh-OrderRangeModel（新的高阶模型），ImagingApproachforHigh-ResolutionLEO（低轨）SAR38FULL-APERTUREIMAGINGALGORITHM39AzimuthResamplingProcessingforHighlySquinted（大斜视）SyntheticApertureRadarImagingWithSeveralModes40Full-ApertureSAR，SquintedSliding-SpotlightMode41X-BandSAR，TerraSAR-X，NextGenerationandWorldSARConstellation（一系列）42MultichannelFull-aperture，BeamSteeringSAR43MONITORINGTHEDEFORMATION（变形监测）OFSHUPINGLANDSLIDE（树坪滑坡）44USINGARANDOMLYSTEEREDSPOTLIGHT（随机转向聚焦）45THREE-STEPFOCUSINGALGORITHM（三步聚焦算法）ONSPATIALVARIATIONCHARACTERISTIC(空间变化特征)46ATTITUDESTEERINGSTRATEGY(态度转向战略)，AGILESMALLSARSATELLITE（敏捷小卫星）47AREFINEDGEOMETRIC（几何）CORRECTIONALGORITHMFORSPOTLIGHTANDSLIDING48EFFECTSOFPRFVARIATIONONSPACEBORNESARIMAGING49ImageFormationProcessing，WithSteppedFrequencyChirps50Fastprocessingofveryhighresolutionand/orverylongrangeairborneSARimages.51TerraSAR-XStaring52ImagingforMIMO（Multiple-input/output）SlidingSpotlight53AnAzimuthResampling,HighlySquintedSlidingSpotlightandTOPSSAR54BeamSteeringSARDataProcessingByaGeneralizedPFA（polarformationalgorithm）极坐标格式算法55computationalefficienthighresolutionalgorithm56AnEfficientApproachWithScalingFactors(变标因子)forTOPS-ModeSARDataFocusingTOPS1TOPS-ModeRawDataProcessingwithCSA2NewDOA(波达方向)EstimatorforWidebandSignals3ExtendedChirpScaling4ProcessingofSlidingSpotlightandTOPSSARDataUsingBasebandAzimuthScaling5TerraSAR-X，ModeDesignandPerformanceAnalysis6MultichannelAzimuthProcessing，ScanSAR（扫描式雷达）andTOPS7ResolutionImprovementofWidebandDOAEstimation“Squared-TOPS”(方顶)8INVESTIGATIONSONTOPSINTERFEROMETRY（干涉测量法）WITHTERRASAR-X9EfficientFullApertureProcessing10TOPSInterferometry（干涉测量法）withTerraSAR-X.11TOPSSentinel-1andTerraSAR-XProcessorComparison仿真数据12AnEfficientApproachWithScalingFactors13SlidingSpotlightandTOPSSARDataProcessingWithoutSubaperture（子孔径）14UsingtheMovingBandChirpZ-Transform15EXTENDEDTHREE-STEPFOCUSINGALGORITHM16Scalloping（扇形）CorrectioninTOPSImagingModeSARData17重复18TOPSModeRawDataGenerationFromWide-BeamSARImagingModes19AnAzimuthFrequencyNon-LinearChirpScaling(FNCS)AlgorithmforTOPSSARImagingWithHighSquintAngle20UsingChirpScalingAlgorithm21MultichannelSlidingSpotlightandTOPSSyntheticApertureRadarData22ACOMBINEDMODEOFTOPSANDINVERSETOPSFORMECHANICALBEAMSTEERING（机械波束转向）SPACE-BORNESAR组合模式23onFull-ApertureMultichannelAzimuthDataProcessing24OPERATIONALSTACKING（操作层）OFTERRASAR-XSCANSAR（扫描雷达）ANDTOPSDATA25SIGNALPROPERTIES（信号特性）OFTOPS-BASEDNEARSPACESLOW-SPEEDSAR26DOPPLER-RELATEDFOCUSINGASPECTS27SquintedTOPSSARImagingBasedonModifiedRangeMigrationAlgorithmandSpectralAnalysis（改进范围迁移算法及频谱分析）28Doppler-RelatedDistortionsinTOPSSARImages（多普勒相关的扭曲）29ASubapertureImagingAlgorithmtoHighlySquintedTOPSSARBasedonSPECANandDeramping（处理与去斜）30AnAzimuthResamplingbasedImagingAlgorithmforHighlySquintedSlidingSpotlightandTOPSSAR三、MOTIONCOMPENSATIONModificationofSARStepTransformPrecisionSARProcessingUsingChirpScalingHighlySquintedDataUsingaChirpScalingApproachwithIntegratedMotionCompensationStrip-Map（条形图）SARAutofocusHYBRID（混合）STRIP-MAP(带状地形图)/SPOTLlGHTSARPolarimetricSAR(极化SAR)foraComprehensiveTerrainScene(地形场景)UsingtheMappingandProjectionAlgorithm（用映射和投影的方法）9717SIFFTSARProcessingAlgorithm6982UsingNoninteger(非整数)Nyquis