三维形貌测量综述翻译

《三维形貌测量综述翻译》由会员上传分享，免费在线阅读，更多相关内容在行业资料-天天文库。

1、光学测量三维形貌综述光学测量三维形貌综述摘要第一部分，我们将总体了解光学测量三维形貌的方法。第二部分，我们把重心集中在各种不同的光学结构、图像采集技术、数据后期处理和分析、以及其优缺点，并介绍一些工业中的实际应用，讨论其中重要领域的研究与开发。最后，我们将列出一份有关光学测量三维形貌的广泛参考书目。©2000SocietyofPhoto-OpticalInstrumentationEngineers.[S0091-3286(00)00101-X]关键词：三维形貌测量；坐标测量；光学方法；综述ABSTRACTWefirstprovideanoverview

2、of3-Dshapemeasurementusingvariousopticalmethods.Thenwefocusonstructuredlighttechniqueswherevariousopticalconfigurations,imageacquisitiontechniques,datapostprocessingandanalysismethodsandadvantagesandlimitationsarepresented.Severalindustrialapplicationexamplesarepresented.Importan

3、tareasrequiringfurtherR&Darediscussed.Finally,acomprehensivebibliographyon3-Dshapemeasurementisincluded,althoughitisnotintendedtobeexhaustive.©2000SocietyofPhoto-OpticalInstrumentationEngineers.[S0091-3286(00)00101-X]Subjectterms:three-dimensionalshapemeasurement;coordinatemeasur

4、ement;opticalmethods;overview.光学测量三维形貌综述PaperreceivedJuly12,1999;revisedmanuscriptreceivedAug.23,1999;acceptedforpublicationAug.23.1999.光学测量三维形貌综述目　　录第一章介绍·····················································1第二章光学三维测量技术·········································21.时间/光飞行法·········

5、····································22.激光扫描·················································23.云纹法（莫尔纹法）·········································24.激光散斑切片法···········································35.干涉法···················································56.照相测量法·················

6、······························5光学测量三维形貌综述7.激光跟踪系统·············································58.结构光法·················································6第三章测量物体360度形貌的一般方法·····························7第四章整体和局部坐标转换·······································8第五章机构光源、图像传感器、相机模型和校准········

7、··············10第六章绝对相位值测量和不连续歧义克服··························12第七章图像数据修补和CAD日期比较·····························13第八章传感器设计··············································14　　1.生成及测试··············································142.综合方法················································14光

8、学测量三维形貌综述3.传感器仿真系统······················