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METHOD FOR CLASSIFYING SHAPE IMAGES BASED ON THE TOPOLOGICAL THEORY OF PERCEPTUAL ORGANIZATION

机译:基于感知组织拓扑理论的形状图像分类方法

摘要

A method for classifying shape images based on the topological theory of perceptual organization includes steps of: extracting edge points of the shape images (S1); building a topological space, and calculating the expression of the extracted edge points in the topological space (S2); extracting global features according to the expression of the edge points in the topological space (S3); extracting local features according to the expression of the edge points in the Euclidean space (S4); merging the global features and the local features, and adjusting the weight of the local features during a merging process according to the match degree of the global features (S5); and classifying the shape images according to the merged features (S6). The present invention is applied to an intelligent visual monitor system to assist the monitor system to classify the objects in a scene, so as to make the monitor system really understand what is occurring in the scene and employ different security levels according to the different object classifications. It is applied to an automatic driving system for determining the classifications of traffic signs, so as to let the automatic driving system become more intelligent.
机译:一种基于知觉组织拓扑理论的形状图像分类方法,包括以下步骤:提取形状图像的边缘点(S1);建立拓扑空间,并计算所提取的边缘点在拓扑空间中的表达(S2);根据拓扑空间中边缘点的表达提取全局特征(S3);根据欧氏空间中边缘点的表达提取局部特征(S4);合并全局特征和局部特征,并根据全局特征的匹配程度在合并过程中调整局部特征的权重(S5);根据合并后的特征对形状图像进行分类(S6)。本发明应用于智能视觉监控系统,以协助监控系统对场景中的物体进行分类,以使监控系统真正了解场景中发生的事情,并根据不同的物体分类采用不同的安全级别。 。本发明应用于确定交通标志分类的自动驾驶系统,使自动驾驶系统更加智能。

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