An auto measuring system of aerial camera lens is presented, which substitutes linear array CCD sensor for reading microscope to measure the focus of aerial camera lens.
提出了一种以线阵CCD固态传感器取代读数显微镜的航空相机镜头焦距测量系统。
In that case, Fourier transform system with long focal length and high power lens and method of linear decision are proposed.
以肺癌细胞筛选为例，提出用长焦距、高倍率的傅里叶变换系统和线性判别处理。
In the part of vision system design, the hardware platform is composed of linear array light, cylindrical lens and linear array image sensor, then the algorithm of circle fitting method is carried on.
在视觉系统的设计中，采用线阵光源、柱面透镜和线阵图像传感器设计了视觉系统的硬件平台，并进行了圆拟合算法的分析。
The method is based on the theory of Fourier transform and linear system, and can provide a quantified standard for lens measurement.
给出了实际物镜的检测结果，并与物镜的设计参量进行了比较，同时对影响系统测量精度的一些因素进行了分析。
The method is based on the theory of Fourier transform and linear system, and can provide a quantified standard for lens measurement.
给出了实际物镜的检测结果，并与物镜的设计参量进行了比较，同时对影响系统测量精度的一些因素进行了分析。
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