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Variation Assessment of Large Entities Using Spatial Data

机译:使用空间数据的大实体的变化评估

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This paper focuses on the design and implementation of a spatial image processing system, which is used to extract a desired 2-D object region from a given image, calculate its area and compare it with other object regions. A linear time labeling algorithm has been designed to extract an object region based on user-specified properties. Then, we implemented a special function that allows polygon boundary selection from the extracted object region. To overcome the limitations of the recursive pixel analysis (floodfill) algorithm, we also designed an edge detection algorithm for image segmentation. Finally, to compare two binary objects that are extracted from spatial images, we introduced a technique to calculate the maximum overlap position of the two objects so that the areas of common and different regions could be computed.
机译:本文侧重于空间图像处理系统的设计和实现,其用于从给定图像中提取所需的2-D对象区域,计算其区域并将其与其他对象区域进行比较。旨在基于用户指定的属性来提取对象区域的线性时间标记算法。然后,我们实现了一种特殊功能,允许来自提取的对象区域的多边形边界选择。为了克服递归像素分析(填充)算法的局限性,我们还设计了一种用于图像分割的边缘检测算法。最后,为了比较从空间图像中提取的两个二进制对象,我们介绍了一种技术来计算两个对象的最大重叠位置,使得可以计算公共和不同区域的区域。

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