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Implement of Stereo Image Correction for 3D Optical Microscope and Design Hardware System

机译:3D光学显微镜立体图像校正的实现及设计硬件系统

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摘要

Recently 3D scenes are used in various industry fields such as medical, game, surface examination, biology and etc. 3D optical microscope can show very tiny details in 3D and it is developed variously. To look 3D images of an optical microscope, two cameras are mounted on an optical microscope. Incoming images through an object lens of an optical microscope are projected on sensors of mounted cameras by using refractive mirrors. Two cameras create left and right of each image and make 3D images. At this time, it can be a problem because of the optical design errors and deformation mechanism of an optical microscope. Then we cannot look 3D images. In this paper, we corrected this error with SURF algorithm and designed the hardware system to correct wrong mirrors position using servo motors.
机译:最近,3D场景已用于医疗,游戏,表面检查,生物学等各个行业领域。3D光学显微镜可以在3D中显示非常微小的细节,并且已经得到了不同的发展。为了观看光学显微镜的3D图像,在光学显微镜上安装了两个摄像头。通过光学显微镜的物镜的入射图像通过使用折射镜投射到已安装相机的传感器上。两台摄像机分别在每个图像的左侧和右侧创建3D图像。此时,由于光学显微镜的光学设计误差和变形机理,这可能是一个问题。这样我们就看不到3D图像。在本文中,我们使用SURF算法纠正了此错误,并设计了硬件系统以使用伺服电机纠正错误的后视镜位置。

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