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In the field of nanotechnology, tracking freely swimming microorganisms under a microscope is difficult. An image of the target often rotates and changes shape as it moves. Further, the difficulty increases with background changes and fluctuations of colors and the brightness because of differences in the surrounding environment. To address these problems, we propose a tracking method combined with...
Volumetric display method based on three-dimensional (3D) scanning of an inclined image is presented. Real-time volumetric imaging using high-speed optical 3D measurement based on the light-section method using an intelligent vision system and multiple laser beams and the volumetric display is demonstrated.
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