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A Gray-scale Image Edge Detection Algorithm Based on Mathematical Morphology

机译:一种基于数学形态学的灰度图像边缘检测算法

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In the process of edge detection based on mathematical morphology, different shapes and different scales structure elements have different roles in filtering noise and keeping edge details. The paper proposes an adaptive edge detection algorithm based on multi-shape and multi-scale structure elements, uses different directions and sizes structure elements to extract image edge, determines weight coefficients by calculating VAR adaptively according to the inverse proportion principle for image difference and weight coefficient, fuses the edges which are detected by multi-shape and multi-scale structure elements. Experimental results show that the proposed algorithm inhibits noise effectively, improves the detection accuracy, possesses encouraging robustness when applied to different images, in comparison with several classical edge detection algorithm.
机译:在基于数学形态学的边缘检测过程中,不同形状和不同的尺度结构元素在过滤噪声和保持边缘细节中具有不同的作用。本文提出了一种基于多形和多尺度结构元件的自适应边缘检测算法,使用不同的方向和尺寸结构元素来提取图像边缘,通过根据图像差和重量的逆比例原理来自适应地计算重量系数。系数,熔合由多形和多尺度结构元件检测的边缘。实验结果表明,该算法有效地抑制了噪声,提高了检测精度,与若干经典边缘检测算法相比,施加到不同图像时令人鼓舞的鲁棒性。

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