一种三维人工视觉系统的开发与应用
Development and application of a three-dimensional artificial visual system.
作者信息
Coggins J M, Fay F S, Fogarty K E
出版信息
Comput Methods Programs Biomed. 1986 Mar;22(1):69-77. doi: 10.1016/0169-2607(86)90095-7.
A three-dimensional artificial visual system has been developed to aid in the analysis of 3-D fluorescence images of smooth muscle cells. The system consists of three sets of 3-D spatial filters that decompose the image to enable a simple recombination algorithm to locate the discrete bodies of protein concentration in a cell, classify the concentration bodies as globular or oval, and determine the 3-D orientation of the oval bodies. A graphic model of the protein concentration is created from the data provided by the artificial visual system. Patterns of organization in the distribution of the protein bodies are investigated using an interactive graphics system.
一种三维人工视觉系统已被开发出来，以辅助分析平滑肌细胞的三维荧光图像。该系统由三组三维空间滤波器组成，这些滤波器对图像进行分解，以便采用一种简单的重组算法来定位细胞中蛋白质浓度的离散体，将浓度体分类为球形或椭圆形，并确定椭圆形体的三维方向。根据人工视觉系统提供的数据创建蛋白质浓度的图形模型。使用交互式图形系统研究蛋白质体分布中的组织模式。
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