A new Approach of Image Enhancement Based on Multi-scale Morphological Reconstruction

Shu Yang, Cairong Wang, Liguo Deng
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引用次数: 4

Abstract

In this paper, a new method of image enhancement, which only depends on the difference of grey values of adjacency flat zones of an image, is proposed according to the theory of morphological reconstruction. First of all, a non-idempotent connected operator which can be the criterion for multi-scale enhancement is defined and the criterion is a key to enhancement of an image. Subsequently, the grey values in same the simple connected zones of an image are enhanced overall so the way can keep the immovability of the image contour. At last the connected zones of an image and their relations are described and the way of the multi-scale morphological reconstruction enhancement for an image is implemented by using maximum tree or minimum tree structure. Lots of experimental results indicate that this method can not only stretch the contrast according to the character of gray level of connected zones of an image, but also protect the relations of gray level of connected zones. It’s an effective enhancement method of an image.
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基于多尺度形态重建的图像增强新方法
本文根据形态学重构理论,提出了一种仅依靠图像相邻平面区域灰度值差异进行图像增强的新方法。首先定义了一个非幂等连通算子作为图像多尺度增强的判据,该判据是图像增强的关键。然后,对图像中相同简单连通区域的灰度值进行整体增强,以保持图像轮廓的不动性。最后描述了图像的连通区域及其相互关系,并利用最大树或最小树结构实现了图像的多尺度形态重建增强。大量实验结果表明,该方法既能根据图像连通区域的灰度特征对对比度进行拉伸,又能很好地保护连通区域的灰度关系。这是一种有效的图像增强方法。
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