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[1]TongWang,ZhengBao.ImprovingtheImageQualityofSpaceborneMultiple-ApertureSARUnderMinimizationofSidelobeClutterandNoise[J],IEEEGEOSCIENCEANDREMOTESENSINGLETTERS,Vol.3,Iss.3,July.2006,Pages:297-301,TotalTimesCited:13.
[2]TongWang,ZhengBaoZhen-huaZhangandJin-shanDing.ImprovingCoherenceofComplexImagePairsObtainedbyAlong-TrackBistaticSARsUsingRange–AzimuthPrefiltering[J],IEEEGEOSCIENCEANDREMOTESENSING,Vol.46,Iss.1,Jan.2008,Pages:3-13,TotalTimesCited:18.
[3]ZhenhuaZhang,TongWang,JinshanDingandZhengBao.ANewApproachtoImproveCoherenceinSAR/GMTIProcessingofDistributedMicrosatellitesSystems[C],IEEECONFERENCEPUBLICATIONS(2006CIEInternationalConferenceonRadar),Oct.2006,Pages:1-4,TotalTimesCited:3.
[4]LeiYang,TongWang,MengdaoXingandZhengBao.ANewChannelEqualizationMethodforAirborneMulti-channelSAR-GMTIsystem[C],IEEECONFERENCEPUBLICATIONS(APSAR2007),Nov.2007,Pages:271-274,TotalTimesCited:4.
[5]LifengZhang,TongWang,MengdaoXingandZhengBao.ANovelApproachtoThree-ChannelSAR-GMTIChannelEqualizationandmovingtargetdetectionandlocation[C],IEEECONFERENCEPUBLICATIONS(APSAR2007),Nov.2007,Pages:284-288,TotalTimesCited:1.
[6]LeiYang,TongWang,andZhengBao.GroundMovingTargetIndicationUsinganInSARSystemWithaHybridBaseline[J],IEEEGEOSCIENCEANDREMOTESENSINGLETTERS,Vol.5,Iss.3,Jul.2008,Pages:373-377,TotalTimesCited:15.
[7]BaochangLiu,TongWang,andZhengBao.DopplerAmbiguityResolvinginCompressedAzimuthTimeandRangeFrequencyDomain[J],IEEETRANSACTIONSONGEOSCIENCEANDREMOTESENSING,Vol.46,Iss.11,Nov.2008,Pages:3444-3458,TotalTimesCited:14.
[8]JianxinWu,TongWangandZhengBao.DOAEstimationforULAbySpectralCaponRootingMethod[J],ELECTRONICSLETTERS,Vol.45,Iss.1.Jan.2009,Pages:84-85.TotalTimesCited:7.
[9]XiangdongMeng,TongWang,JianxinWu,andZhengBao.Short-RangeClutterSuppressionforAirborneRadarbyUtilizingprefliteringinElevation[J],IEEEGEOSCIENCEANDREMOTESENSINGLETTERS,Vol.6,Iss.2,Apr.2009,Pages:268-272,TotalTimesCited:22.
[10]BaochangLiu,TongWang,QisongWu,andZhengBao.BistaticSARDataFocusingUsinganOmega-KAlgorithmBasedonMethodofSeriesReversion[J],IEEETRANSACTIONSONGEOSCIENCEANDREMOTESENSING,Vol.47,Iss.8,Aug.2009,Pages:2899-2912,TotalTimesCited:55.
[11]JianxinWu,TongWangandZhengBao.Fastimplementationofoptimaltargetradialvelocityestimationformulti-channelSAR-GMTI[J],ELECTRONICSLETTERS,Vol.45,Iss.19.Sep.2009,Pages:1000-1002.TotalTimesCited:4.
[12]XiangdongMeng,TongWang,JianxinWu,andZhengBao.BistaticClutterAnalysisandRangeAmbiguityResolvingforSpaceTimeAdaptiveProcessing[J],IETRADARSONARANDNAVIGATION,Vol.3,Iss.5,Oct.2009,Pages:502-511,TotalTimesCited:6.
[13]JianxinWu,TongWang,XiangdongMengandZhengBao.Cluttersuppressionforairbornenon-sidelookingradarusingERCB-STAPalgorithm[J],IETRADARSONARANDNAVIGATION,Vol.4,Iss.4,Aug.2010,Pages:497-506.TotalTimesCited:19.
[14]BaochangLiu,TongWang,andZhengBao.AnAnalyticalMethodofUpdatingtheRangeDerivativesandaSimpleImageRegistrationMethodfortheMSR-BasedRangeDopplerAlgorithm[J],IEEEGEOSCIENCEANDREMOTESENSINGLETTERS,Vol.7,Iss.4,Oct.2010,Pages:831-835,TotalTimesCited:3.
[15]JianxinWu,TongWangandZhengBao.FastRealizationofMaximumLikelihoodAngleEstimationWithSmallAdaptiveUniformLinearArray[J],IEEETRANSACTIONSONANTENNASANDPROPAGATION,Vol.58,Iss.12,Dec.2010,Pages:3951-3960,TotalTimesCited:9.
[16]JianxinWu,TongWang.FastComputationofRealPolynomialCoefficientsforSpectralCapon/MUSICRootingAlgorithm[C],IEEECONFERENCEPUBLICATIONS(2011CIEInternationalConferenceonRadar),Oct.2011,Pages:327-330,TotalTimesCited:1.
[17]JianxinWu,TongWangandZhengBao.FFTimplementationofDopplerdependentpre-DopplerSTAP[J],SIGNALPROCESSING,Vol.92,Iss.1,Jan.2012,Pages:281-287.TotalTimesCited:3.
[18]JianxinWu,TongWang,LifengZhangandZhengBao.Range-DependentClutterSuppressionforAirborneSidelookingRadarusingMIMOTechnique[J],IEEETRANSACTIONSONAEROSPACEANDELECTRONICSYSTEMS,Vol.48,Iss.4,Oct.2012,Pages:3647-3654,TotalTimesCited:11.
[19]JianxinWu,TongWangandZhengBao.AngleEstimationforAdaptiveLinearArrayusingPCA-MLEstimator[J],IEEETRANSACTIONSONAEROSPACEANDELECTRONICSYSTEMS,Vol.49,Iss.1,Jan.2013,Pages:670-677,TotalTimesCited:3.
[20]JianxinWu,TongWangandZhengBao.FastRealizationofMaximumLikelihoodAngleEstimationinJamming:FurtherResults[J],IEEETRANSACTIONSONAEROSPACEANDELECTRONICSYSTEMS,Vol.50,Iss.2,Apr.2014,Pages:1556-1562,TotalTimesCited:2.
[21]BaochangLiu,YongkangLi,TongWang,FengyangShenandZhengBao.AnAnalyticalFormulaApproximatingtheMultilookInterferometric-PhaseVarianceforInSAR[J],IEEEGEOSCIENCEANDREMOTESENSINGLETTERS,Vol.11,Iss.4,Apr.2014,Pages:878-882,TotalTimesCited:3.
[22]RuixianHu,BaochangLiu,Tongwang,DongdongLiu,andZhengBao.AKnowledge-BasedTargetRelocationMethodforWide-AreaGMTIMode[J],IEEEGEOSCIENCEANDREMOTESENSINGLETTERS,Vol.11,Iss.4,Apr.2014,Pages:748-752,TotalTimesCited:5.
[23]ZhaoYanChen,TongWangandNanMa.Accuratebaselineestimationforsyntheticapertureradar-groundmovingtargetindicationsystemsbasedonco-registrationandmedianfiltering[J],IETRADARSONARANDNAVIGATION.Vol.8,Iss.6,Jul.2014,Pages:607-615,TotalTimesCited:3.
[24]BaoquanDai,TongWang,TaoBai,JianxinWuandZhengBao.Trainingdataselectionmethodforadaptivebeamforming[J],ELECTRONICSLETTERS,Vol.50,Iss.17,Aug.2014,Pages:1242-1244,TotalTimesCited:1.
[25]YongkangLi,TongWang.EfficientimagingalgorithmforairborneCSSAR/GMTIsystems[J],ELECTRONICSLETTERS,Vol.50,Iss.19,Sep.2014,Pages:1390-1391,TotalTimesCited:2.
[26]BaochangLiu,TongWang,YongkangLi,FengyangShen,andZhengBao.EffectsofDopplerAliasingonBaselineEstimationinMultichannelSAR-GMTIandSolutionstoAddressTheseEffects[J],IEEETRANSACTIONSONGEOSCIENCEANDREMOTESENSING,Vol.52,Iss.10,Oct.2014,Pages:6471-6487,TotalTimesCited:10.
[27]YongkangLi,TongWang.GroundmovingtargetimagingalgorithmforsinglechannelairborneCSSAR[J],ELECTRONICSLETTERS,Vol.50,Iss.24,Nov.2014,Pages:1872-1874,TotalTimesCited:2.
[28]BaoquanDai,TongWang,JianxinWu,andZhengBao.Cluttersuppressionapproachfornon-sidelookingairborneradarwithmediumpulserepetitionfrequency[J],IETRADARSONARANDNAVIGATION,Vol.8,Iss.9,Dec.2014,Pages:999-1007,TotalTimesCited:2.
[29]ZhaoYanChen,TongWang.Unambiguousacross-trackvelocityestimationofmovingtargetsformultichannelsyntheticapertureradar-groundmovingtargetindicationsystems[J],IETSIGNALPROCESSING,Vol.8,Iss.9,Dec.2014,Pages:950-957,TotalTimesCited:1.
[30]ZhaoYanChen,TongWang.Two-stagechannelcalibrationtechniqueformultichannelsyntheticapertureradar-groundmovingtargetindicationsystems[J],IETRADARSONARANDNAVIGATION,Vol.8,Iss.9,Dec.2014,Pages:1116-1126,TotalTimesCited:3.
[31]JianxinWu,TongWangandZhengBao.FastrealizationofrootMUSICusingmulti-taperrealpolynomialrooting[J],SIGNALPROCESSING,Vol.106,Jan.2015,Pages:55-61.TotalTimesCited:0.
[32]BaoquanDai,TongWang,JianxinWu,andZhengBao.Adaptivelyiterativeweightingcovariancematrixestimationforairborneradarcluttersuppression[J],SIGNALPROCESSING,Vol.106,Jan.2015,Pages:282-293.TotalTimesCited:4.
[33]CaiWen,TongWangandJianxinWu.Short-rangegroundmovingtargetindicationinforwardlookingairborneradarbasedonelevationprefiltering[J],IETRADARSONARANDNAVIGATION,Vol.9,Iss.2,Feb.2015,Pages:191-198,TotalTimesCited:0.
[34]CaiWen,TongWangandJianxinWu.Range-dependentcluttersuppressionapproachfornon-side-lookingairborneradarbasedonorthogonalwaveforms[J],IETRADARSONARANDNAVIGATION,Vol.9,Iss.2,Feb.2015,Pages:210-220,TotalTimesCited:6.
[35]YongkangLi,TongWang,BaochangLiuandRuixianHu.High-ResolutionSARImagingofGroundMovingTargetsBasedontheEquivalentRangeEquation[J],IEEEGEOSCIENCEANDREMOTESENSINGLETTERS,Vol.12,Iss.2,Feb.2015,Pages:324-328,TotalTimesCited:11.
[36]YifengWu,TongWang,JianxinWuandJiaDuan.TrainingSampleSelectionforSpace-TimeAdaptiveProcessinginHetergeneousEnvironments[J],IEEEGEOSCIENCEANDREMOTESENSINGLETTERS,Vol.12,Iss.4,Apr.2015,Pages:691-695,TotalTimesCited:11.
[37]YifengWu,TongWangandJianxinWu.Robusttrainingsamplesselectionalgorithmbasedonspectralsimilarityforspace-timeadaptiveprocessinginheterogeneousinterferenceenvironments[J],IETRADARSONARANDNAVIGATION,Vol.9,Iss.7,Aug.2015,Pages:778-782,TotalTimesCited:8.
[38]YalongTong,TongWangandJianxinWu.ImprovingEFA-STAPPerformanceUsingPersymmetricCovarianceMatrixEstimation[J],IEEETransactionsonAerospaceandElectronicSystems,Vol.51,Iss.2,Apr.2015,Pages:924-936,TotalTimesCited:5.
[39]YongkangLi,TongWang.Efficientimagingalgorithmforspacebornesyntheticapertureradar/groundmovingtargetindicationsystems[J],IETRADARSONARANDNAVIGATION,Vol.9,Iss.9,Dec.2015,Pages:1354-1359,TotalTimesCited:2.
[40]ZhaoYanChen,TongWangandNanMa.SimpleandrobustbaselineestimationmethodformultichannelSAR-GMTIsystems[J],INTERNATIONALJOURNALOFELECTRONICS,Vol.103,Iss.7,Jul.2016,Pages:1127-1137,TotalTimesCited:2.
[41]YongkangLi,TongWang.DetectionofMovingTargetsbyRefocusingforAirborneCSSAR[J],IEEEJOURNALOFSELECTEDTOPICSINAPPLIEDEARTHOBSERVATIONSANDREMOTESENSING,Vol.9,Iss.7,Jul.2016,Pages:3026-3036,TotalTimesCited:1.
[42]LeiJiang,TongWang.Robustnon-homogeneitydetectorbasedonreweightedadaptivepowerresidue[J],IETRADARSONARANDNAVIGATION,Vol.10,Iss.8,Oct.2016,Pages:1367-1374,TotalTimesCited:0.
[43]YongkangLi,TongWangandBaochangLiu.GroundMovingTargetImagingandMotionParameterEstimationWithAirborneDual-ChannelCSSAR[J],IEEETRANSACTIONSONGEOSCIENCEANDREMOTESENSING,Vol.55,Iss.9,Sep.2017,Pages:5242-5253,TotalTimesCited:1.
[44]JuanWang,TongWangandJianxinWu.Improvedtargetdirection-of-arrivalestimationusingmultipleadjacentbeamsforairbornephasedarrayscanningradar[J],IETRADARSONARANDNAVIGATION,Vol.12,Iss.2,Feb.2018,Pages:239-243,TotalTimesCited:0.
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[50]王彤,保铮.空时二维自适应处理的目标污染样本挑选方法[J].电子学报,2001(S1):1840-1844.被引次数:25.
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[52]李真芳,保铮,王彤,邢孟道.分布式小卫星SAR宽域和高方位分辨率处理方法[J].雷达科学与技术,2003(04):193-196+209.被引次数:2.
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[56]李真芳,王彤,保铮,廖桂生.同时地形高程测量和地面运动目标检测的分布式InSAR最优编队构形[J].宇航学报,2004(06):642-648.被引次数:20.
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[59]王彤,保铮,廖桂生.天基分布式雷达GMTI方法[J].电子学报,2006(03):399-403.被引次数:32.
[60]吴建新,王彤.机载雷达主瓣杂波抑制的投影矩阵方法[J].现代雷达,2007(04):39-42.被引次数:0.
[61]吴建新,王彤,保铮.存在强旁瓣目标的机载雷达地面运动目标检测[J].系统工程与电子技术,2007(05):713-715.被引次数:1.
[62]钟素红,白海龙,王彤.一种SAR-GMTI杂波抑制的新方法[J].现代电子技术,2008(03):1-3+10.被引次数:1.
[63]陈柱学,王彤.一种估计强旁瓣目标频率的方法[J].雷达与对抗,2008(01):34-36+63.被引次数:0.
[64]董艳艳,王彤.机载雷达三维空时自适应信号处理[J].雷达科学与技术,2008(02):138-142.被引次数:1.
[65]孟祥东,王彤,保铮.干涉合成孔径雷达的垂直基线对图像相干性的影响[J].电子学报,2008(06):1222-1226.被引次数:7.
[66]谭晓斐,田北京,王彤.阵列天线自适应波束形成的一种改进方法[J].雷达科学与技术,2008(04):297-301.被引次数:2.
[67]李明,王彤.单天线SAR动目标的检测和聚焦[J].系统工程与电子技术,2008(09):1645-1648.被引次数:1.
[68]吴建新,王彤,索志勇,保铮.空时自适应处理的滑窗递推QR算法[J].电子与信息学报,2008(10):2338-2342.被引次数:4.
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[71]孟祥东,吴建新,王彤,保铮.机载双基雷达杂波分析及其距离模糊杂波的抑制[J].西安电子科技大学学报,2008,35(06):992-998.被引次数:13.
[72]王彤,保铮.提高沿航向干涉法性能的最小二乘图像对补偿方法[J].自然科学进展,2008(12):1484-1490.被引次数:12.
[73]田北京,谭晓斐,王彤.非均匀邻接子阵结构划分方法研究[J].雷达科学与技术,2009,7(01):75-80.被引次数:8.
[74]张立峰,王彤,邢孟道,保铮.多通道SAR-GMTI通道均衡和动目标检测定位方法[J].西安电子科技大学学报,2009,36(01):11-16+57.被引次数:14.
[75]吴建新,王彤,索志勇.一种快速波达方向估计算法[J].西安电子科技大学学报,2009,36(02):263-268.被引次数:15.
[76]杨垒,王彤,保铮.解运动目标径向速度模糊的一种新方法[J].西安电子科技大学学报,2009,36(02):189-192.被引次数:13.
[77]孟祥东,王彤,吴建新,保铮.机载雷达非正侧面阵近程杂波抑制新方法[J].西安电子科技大学学报,2009,36(02):245-249.被引次数:9.
[78]吴建新,王彤,索志勇,保铮.机载正侧阵雷达杂波自由度分析[J].电子学报,2009,37(06):1329-1333.被引次数:1.
[79]杨垒,王彤,保铮.一种星载ATI-GMTI系统最优基线设计方法[J].电子学报,2009,37(06):1175-1179.被引次数:2.
[80]吴建新,王彤,索志勇.机载高重复频率雷达多普勒中心估计方法[J].西安电子科技大学学报,2009,36(03):396-400.被引次数:6.
[81]杨垒,王彤,保铮.地面运动目标不模糊径向速度估计的方法[J].西安交通大学学报,2009,43(08):76-79.被引次数:6.
[82]吴建新,王彤,索志勇,保铮.基于DPSS投影矩阵的单通道运动目标检测方法[J].数据采集与处理,2009,24(06):802-807.被引次数:0.
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[84]孟祥东,王彤,吴建新,保铮.机载相控阵雷达近程杂波抑制的俯仰向空域自适应算法[J].电子与信息学报,2010,32(04):948-952.被引次数:28.
[85]李世文,王彤,吴建新.FA方法和EFA方法多普勒清晰区性能分析[J].雷达科学与技术,2010,8(05):452-457+462.被引次数:2.
[86]张立峰,王彤,吴建新,保铮.机载雷达目标空时参数快速估计方法[J].西安交通大学学报,2012,46(02):135-140.被引次数:2.
[87]胡瑞贤,王彤,保铮,刘保昌.一种基于惯导信息的多普勒波束锐化图像拼接算法[J].电子与信息学报,2012,34(06):1337-1343.被引次数:14.
[88]胡瑞贤,王彤,保铮.基于多波位杂波的通道相位误差估计方法[J].系统工程与电子技术,2012,34(09):1788-1795.被引次数:5.
[89]张立峰,王彤,吴建新,保铮.利用重叠子阵交替发射提高机载双基正侧阵雷达杂波抑制性能的方法[J].电子与信息学报,2013,35(04):888-893.被引次数:0.
[90]胡瑞贤,王彤,保铮.扫描GMTI系统运动目标精确定位方法[J].系统工程与电子技术,2013,35(08):1607-1614.被引次数:4.
[91]陈成增,吴建新,王彤,吴亿锋.基于鉴角曲线拟合的自适应单脉冲测角方法[J].系统工程与电子技术,2013,35(07):1403-1408.被引次数:7.
[92]陈成增,王彤,吴建新.基于三阶泰勒展开的自适应单脉冲测角方法[J].现代雷达,2013,35(08):32-36+58.被引次数:3.
[93]文才,王彤.单基地MIMO雷达降维酉ESPRIT算法[J].系统工程与电子技术,2014,36(06):1062-1067.被引次数:11.
[94]文才,王彤,吴建新.直接数据域迭代空时自适应处理方法[J].系统工程与电子技术,2014,36(05):831-837.被引次数:8.
[95]姜磊,王彤.基于子空间的阵元误差估计方法[J].系统工程与电子技术,2014,36(04):656-660.被引次数:6.
[96]吴亿锋,王彤,吴建新.转发式干扰环境中的机载雷达运动目标检测[J].西安电子科技大学学报,2014,41(06):51-56+154.被引次数:4.
[97]吴亿锋,王彤,吴建新,文才.基于广义旁瓣相消的机载雷达抗密集转发式干扰方法[J].电子与信息学报,2014,36(05):1049-1054.被引次数:5.
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