3D modeling of micro transparent object with integrated vision
3D modeling of micro transparent object with integrated vision
复制标题
集成视觉微透明物体3D建模
DOI：
10.1109/mfi-2003.2003.1232641
复制
发表时间：
2003
期刊：
影响因子：
--
通讯作者：
K. Taki
中科院分区：
文献类型：
--
作者：
K. Ohara;M. Mizukawa;K. Ohba;K. Taki
本文描述了利用集成视觉系统对晶体、细胞等微透明物体进行三维建模的技术。首先综述了几种透明物体的三维建模技术，这些技术主要应用于偏振技术。其次，对微透明目标的偏振特性进行了评估。第三，对微目标集成视觉系统进行了简要回顾。然后，针对该综合视觉系统处理透明物体的问题，提出了几种基于体绘制和边缘信息的综合视觉处理方法。
This paper describes the 3D (three-dimensional) modeling technique for micro transparent objects, such as crystal and cell, using the integrated vision system. At first, several 3D modeling techniques for transparent object are surveyed, which were mainly applied to use the polarization technique. Secondly, polarization characteristics on micro transparent object are evaluated. Thirdly, integrated vision system for micro objects is briefly reviewed. Then, to solve the problem when a transparent body is treated with this integrated vision system, several new methods based on the volume rendering and edge information using the integrated vision system is proposed.