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,396 北京科技大学学报 第32卷 率均在96.259%以上;对叠加不同程度的高斯白噪 tionaries EEE Trans Signal P rocess 1993 41(12):3397 声数据进行了实验,当信噪比为一5db时,信号的总 [6]Fan H.Meng Q F.Zhang YY.et al Matching pursuit based on 体识别率平均值为89.3%,表明本文的方法具有 nonpanmetric wavefom estination DigitalSignal P rocess 2009, 19.583 较强的鲁棒性, [7]Engan K.Aase S O.Husoy JH.Method of optialdirections for frame design EEE Int Conf Acoust Speech SignalProcess 1999 参考文献 5.2443 [1]W an S T Lii L Y.He Y L Fault diagnosis method of molling [8]Engan K.Aase $O.Husoy JH.Multi-frme campression theory bearing based on undecmated wavelt transfomation of lifting and design Signal Pmocess 2000.80.2121 schane JVib Shocke 2009.28(1):170 [9]Zhang J F Huang Z C Kemel fisher discrin nant analysis for (万书亭,吕路勇,何玉灵.基于提升模式非抽样小波变换的滚 bearing fault diagnosis EEE Proceedings of the Fourth Intema- 动轴承故障诊断方法研究.振动与冲击,2009.28(1):170) tional Confennce on Machine Leaming and Cybemetics 2005. [2]Zhang L J Xu JW,Yang JH.et al Adaptive multiscale mor 3216 phology analysis and its application in fiult diagnosis of bearngs [10]Yang H Y.Mathew J Ma L Fault diagnosis of molling element JUniv Sei Technol Beijing 2008 30(4):441 (章立军,徐金梧,阳建宏,等.自适应多尺度形态学分析及其 bearings using basis pursuit Mech Syst SignalP mcess 2005.19 在轴承故障诊断中的应用.北京科技大学学报,200830(4): (2):341 441) [11]Yu X T.Chu F L Hao R J Fault Diagnosis appmach for rolling [3]Pan Z W,Xu JW.A supervised fuzzy ART neural network for bearing based on support vector machine and soft momphological pattem classification JUniv Sci Technol Beijing 2000 22(3): filters Chin J Mech Eng 2009.45(7):75 262 (于湘涛,褚福磊,郴如江·基于柔性形态滤波和支持矢量机 (潘紫薇,徐金梧.一种用于模式分类有监督的模糊ART神经 的滚动轴承故障诊断方法.机械工程学报,200945(7): 网络,北京科技大学学报,200022(3):262) 75) [4]Sananta B.AlBahshiK R.AlAmainiS A.Artificial neural ner [12]Yang B S HwangW W,K in D J et al Condition classification works and support vectormachines with genetic akorithm for bear of mall reeipmeatng campressor for refrigemtors using artificial ing fault detection Eng Appl Artif Intell 2003.16:657 neural neworks and support vector machines Mech Syst Signal [5]Mallat SG.Zhang Z F.Matching pursuit w ith tme-frequency dic- Pmcess200519:371北 京 科 技 大 学 学 报 第 32卷 率均在 96∙25%以上;对叠加不同程度的高斯白噪 声数据进行了实验‚当信噪比为 —5db时‚信号的总 体识别率平均值为 89∙35%‚表明本文的方法具有 较强的鲁棒性. 参 考 文 献 [1] WanST‚LüLY‚HeYL.Faultdiagnosismethodofrolling bearingbasedonundecimatedwavelettransformationoflifting scheme.JVibShock‚2009‚28(1):170 (万书亭‚吕路勇‚何玉灵.基于提升模式非抽样小波变换的滚 动轴承故障诊断方法研究.振动与冲击‚2009‚28(1):170) [2] ZhangLJ‚XuJW‚YangJH‚etal.Adaptivemultiscalemor- phologyanalysisanditsapplicationinfaultdiagnosisofbearings. JUnivSciTechnolBeijing‚2008‚30(4):441 (章立军‚徐金梧‚阳建宏‚等.自适应多尺度形态学分析及其 在轴承故障诊断中的应用.北京科技大学学报‚2008‚30(4): 441) [3] PanZW‚XuJW.AsupervisedfuzzyARTneuralnetworkfor patternclassification.JUnivSciTechnolBeijing‚2000‚22(3): 262 (潘紫薇‚徐金梧.一种用于模式分类有监督的模糊 ART神经 网络.北京科技大学学报‚2000‚22(3):262) [4] SamantaB‚Al-BalushiKR‚Al-AraimiSA.Artificialneuralnet- worksandsupportvectormachineswithgeneticalgorithmforbear- ingfaultdetection.EngApplArtifIntell‚2003‚16:657 [5] MallatSG‚ZhangZF.Matchingpursuitwithtime-frequencydic- tionaries.IEEETransSignalProcess‚1993‚41(12):3397 [6] FanH‚MengQF‚ZhangYY‚etal.Matchingpursuitbasedon nonparametricwaveformestimation.DigitalSignalProcess‚2009‚ 19:583 [7] EnganK‚AaseSO‚HusoyJH.Methodofoptimaldirectionsfor framedesign.IEEEIntConfAcoustSpeechSignalProcess‚1999‚ 5:2443 [8] EnganK‚AaseSO‚HusoyJH.Multi-framecompression:theory anddesign.SignalProcess‚2000‚80:2121 [9] ZhangJF‚HuangZC.Kernelfisherdiscriminantanalysisfor bearingfaultdiagnosis.IEEEProceedingsoftheFourthInterna- tionalConferenceonMachineLearningandCybernetics‚2005: 3216 [10] YangHY‚MathewJ‚MaL.Faultdiagnosisofrollingelement bearingsusingbasispursuit.MechSystSignalProcess‚2005‚19 (2):341 [11] YuXT‚ChuFL‚HaoRJ.FaultDiagnosisapproachforrolling bearingbasedonsupportvectormachineandsoftmorphological filters.ChinJMechEng‚2009‚45(7):75 (于湘涛‚褚福磊‚郝如江.基于柔性形态滤波和支持矢量机 的滚动轴承故障诊断方法.机械工程学报‚2009‚45(7): 75) [12] YangBS‚HwangW W‚KimDJ‚etal.Conditionclassification ofsmallreciprocatingcompressorforrefrigeratorsusingartificial neuralnetworksandsupportvectormachines.MechSystSignal Process‚2005‚19:371 ·396·
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