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A Guided Tour of Connective Morphology: Concepts, Algorithms, and Applications

机译:连通形态学导览:概念,算法和应用

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Connective morphology has been an active area of research for more than two decades. Based on an abstract notion of connectivity, it allows development of perceptual grouping of pixels using different connectivity classes. Images are processed based on these perceptual groups, rather than some rigid neighbourhood imposed upon the image in the form of a fixed structuring element. The progress in this field has been threefold: (i) development of a mathematical framework; (ii) development of fast algorithms, and (iii) application of the methodology in very diverse fields. In this talk I will review these developments, and describe relationships to other image-adaptive methods. I will also discuss the opportunities for use in multi-scale analysis and inclusion of machine learning within connected filters.
机译:结缔形态已成为二十多年来活跃的研究领域。基于连接性的抽象概念,它允许使用不同的连接性类开发像素的感知分组。图像是基于这些感知组进行处理的,而不是基于固定结构元素的形式施加在图像上的一些刚性邻域。该领域的进展有三方面:(一)建立数学框架; (ii)快速算法的开发,以及(iii)该方法在非常广泛的领域中的应用。在本演讲中,我将回顾这些发展,并描述与其他图像自适应方法的关系。我还将讨论在多尺度分析中使用的机会以及将机器学习包含在连接的过滤器中的机会。

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