节点文献
刚体微位移非接触式光电检测系统
NON-CONTACT ELECTRO-OPTICAL DETECTING SYSTEM FOR MEASURING RIGID BODY MICRO-DISPLACEMENT
【摘要】 提出用标定法测量刚体多维微位移,该方法具有结构简单、性能可靠、集成化程度高、工业上易实现和价格便宜等优点。本文采用一个小功率激光器为光源及一种新型的CMOS图像传感器为光电传感器件,通过相关分析法和数据拟会等图像处理技术,提高了整套系统的精度和分辨率。
【Abstract】 It is proposed that rigid body multidimension micro-displacement is measured by use of a calibration method, and this method has the advantages of simple construction, reliable performance, high integrated level, easy realization in industry and inexpensive price etc..Taking a small power laser as light source and a new CMOS image sensor as electro-optical sensing device, and by use of some image processing technologies, such as correlation analysis and data fitting etc,, the accuracy and resolution of the whole system have been increased.
【关键词】 标定法;
微位移测量;
CMOS图像传感器;
相关分析;
【Key words】 calibration method; micro-displacement measuring; CMOS image sensor; correlation analysis;
【Key words】 calibration method; micro-displacement measuring; CMOS image sensor; correlation analysis;
- 【文献出处】 应用光学 ,JOURNAL OF APPLIED OPTICS , 编辑部邮箱 ,1997年04期
- 【分类号】TN247
- 【被引频次】2
- 【下载频次】145