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Edge detection based on mathematical morphology theory

机译:基于数学形态学理论的边缘检测

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Edge detection is an essential pre-processing step in image segmentation and object recognition. Conventionally, mathematical morphological edge detection methods adopted a single structure element so that they are difficult to extract complex edge features. In this paper, a novel edge detection algorithm about multi-scale and multi-structure elements morphological is proposed. First, the noise can be filtered by an alternative-order, morphological open-close filter with a multi-scale element. Then, we gained different edge detection results by using a multi-structure element morphological algorithm, and the final edge result was obtained by using a synthetic weighted method. The experimental results showed that the proposed algorithm can filter noise successfully and it was efficient for complex border detection.
机译:边缘检测是图像分割和目标识别中必不可少的预处理步骤。传统上,数学形态学边缘检测方法采用单个结构元素,因此难以提取复杂的边缘特征。提出了一种新的多尺度,多结构元素形态学边缘检测算法。首先,可以使用具有多尺度元素的二阶形态学开闭滤波器对噪声进行滤波。然后,我们使用多结构元素形态学算法获得了不同的边缘检测结果,并使用合成加权方法获得了最终的边缘结果。实验结果表明,该算法能够成功滤除噪声,对于复杂边界检测是有效的。

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