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ID:32060628
大小:1.58 MB
页数:63页
时间:2019-01-31
《基于亚像素定位匹配算法的mems面内运动测量》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、Aself-designed3DdynamicMEMSmeasurementsystemisadoptedintheexperimentofin-planemotionmeasurementofmicrostructuredrivenbythetranslationtable.Theoreticalanalysisshowsthatthemaximumfrequencycanbeachieved500KHzusingstroboscopicmeasurement.Usingthestandardcovariancecorrelationmethodtoverifythepixel
2、location,andquadricsurfacefittingalgorithmtoverifythesub-pixellocation.Experimentalresultsshowthatthesystemcancompletethemeasurementofmicrostructurein-planemotion.Afterthefurthercalculation,therangeofmovementsystemis155.14μm,andthemeasurementaccuracyis48.5nm.Keywords:MEMS;SMVS;SIVS;Synchroniz
3、ationcontrol;Sub-pixellocating目录第一章绪论..................................................................................................................11.1课题背景和意义.......................................................................................11.2MEMS动态测量技术在国内外发展现状及趋势...................
4、................21.3本论文研究工作、结构和创新点...........................................................6第二章MEMS动态测量光学系统的设计与实现.....................................................72.1光学系统主要组成部件的原理...............................................................72.1.1激光频闪调制的原理..............................
5、.......................................72.1.2显微照明系统的原理.....................................................................82.1.3显微视觉系统的原理.....................................................................92.1.4显微干涉系统的原理...................................................................112.
6、2光学系统的硬件设计.............................................................................122.3光学系统的调试技术.............................................................................142.4小结.........................................................................................................15第
7、三章MEMS三维动态测量同步控制系统的设计与实现...................................163.1频闪显微视觉和干涉的时序要求.........................................................163.1.1频闪显微视觉的时序要求...........................................................163.1.2频闪显微干涉的时序要求............
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