The application of auto-focusing method based on image processing for airborne electro-optical imaging device was studied.
对基于图像处理的自动调焦方法在机载光电成像设备中的应用进行了研究。
The experimental results show that, the method can meet the real-time and accurate requirements of airborne electro-optical imaging device.
实验结果表明，该方法能够满足机载光电成像设备的调焦实时性和精确性要求。
A novel apparatus and a novel method of imaging a luminescence phenomenon of a sample of biological origin using an optical image formation device are provided.
提供了一种使用光学成像设备对生物源的样本的发光现象成像的新装置和新方法。
The optical propagation properties of the device have been demonstrated by finite difference time domain method according to the waveguides directional coupling and self-imaging principle.
根据波导间相互耦合与自映像原理，采用时域有限差分法分析了该器件的光传输特性。
The imaging method includes steps: optical signal from the optical mechanical device is transmitted to the prism, and then optical signal is reflected to first reflector by the prism;
对应的成像方法包括如下步骤：光机发 出光信号入射至透反棱镜上，光信号从所述透反棱镜中反射至第一反射镜上；
The imaging method includes steps: optical signal from the optical mechanical device is transmitted to the prism, and then optical signal is reflected to first reflector by the prism;
对应的成像方法包括如下步骤：光机发 出光信号入射至透反棱镜上，光信号从所述透反棱镜中反射至第一反射镜上；
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