微操作三维视觉系统及其应用

D. Shima, S. Hata, I. Ishimaru
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引用次数: 0

摘要

处理约0.1平方毫米的微型物体在生物技术和微型机械生产领域是必不可少的。这些操作有一定的难度,因为它需要在显微镜图像下进行非自然的手操作。所以这些操作的生产率不高。为了解决这些问题,本文介绍了一种三维软件摄像系统。该系统由三维整体形状模型及纹理提取系统和立体图像生成系统两个子系统组成。本文介绍了多向相机三维模型提取系统的方法及其标定系统,并将该系统应用于生物生产系统。本文对实际问题进行了实验尝试。
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3-D vision systems for micro-operation and its application
Handling of micro-objects about 0.1 mm square is essential in the fields of bio-technology and micro-machine production. These operations have some difficulty because it requires the unnatural hands manipulations under the microscopic images. So the productivity of those operations is not high. To solve these problems, a 3-D software camera system has been introduced. The system consists of two subsystems those are the 3-D entire shape model with texture extraction system and the stereo image generation system. Here, the method of 3-D model extraction system using mufti-directional camera and its calibration system are introduced, then the system has been introduced to the bio-production system. In the paper, the experimental attempt to the real problem is described.
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