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A Generalized Morphological Filtering Approach

机译:广义形态滤波方法

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摘要

In order to decrease the output statistical bias of the open-closing and clos-opening filters, we present a new class of morphological filters called the generalized open-closing and generalized clos-opening filters in this paper. The generalized morphological filters (GMFs) improve the performances of traditional morphological filter because of using the different sized structuring elements. To sufficient understand the noise attenuation properties, we analyze the statistical output properties by using the expression of stack filters, and compare the filtering performances between GMFs and traditional morphological filters by computer simulation. Furthermore, we suggest a filtering algorithm by using the generalized morphological filters and the linear multiple structuring elements. The simulation results have shown that the algorithm has better performance in noise-suppressing and detail-preserving.
机译:为了减少开闭滤波器的输出统计偏差,在本文中,我们提出了一种新的形态滤波器,称为广义开闭滤波器和广义闭锁滤波器。由于使用了不同大小的结构元素,广义形态学过滤器(GMF)改善了传统形态学过滤器的性能。为了充分了解噪声衰减特性,我们使用堆栈滤波器的表达式来分析统计输出特性,并通过计算机仿真比较GMF和传统形态滤波器之间的滤波性能。此外,我们建议使用广义形态学过滤器和线性多重结构元素的过滤算法。仿真结果表明,该算法在降噪和细节保留方面具有较好的性能。

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