Soft morphological filtering is an important nonlinear filtering method.
柔性形态滤波是一种重要的非线性滤波方法。
A novel multi-resolution image fusion based on mathematical morphological filtering is proposed.
提出了一种基于数学形态学滤波的多分辨力图像融合。
A generalized morphological filtering method using different sampling frequencies is proposed for sampled power system signal.
针对电力系统采样信号，提出一种采用不同采样频率的广义形态滤波方法。
The algorithm first executed the adaptive morphological filtering of fusion to restrain dark noise and texture details of the images.
该算法对图像进行多结构多尺度自适应形态滤波处理，从而抑制图像的暗噪声和暗纹理细节。
In this paper, a new nonlinear weighted average multidirectional morphological filtering algorithm is proposed to suppress speckle noise.
提出了一种新的用于抑制散斑噪声的非线性加权均值多方向形态滤波算法。
In this paper, an extraction method of retinal vessels based on fuzzy clustering in combination with morphological filtering is proposed.
在对原图像的绿色通道采用变分方法进行分解的基础上，提出了一种将模糊聚类与形态学滤波相结合的血管提取方法。
A new nonlinear weighted average multidirectional morphological filtering algorithm is proposed, which is used in suppressing speckle noise.
提出了一种新的用于散斑噪声抑制的非线性加权均值多方向形态滤波算法。
On the basis of summarizing several current estimation means, a novel morphological filtering algorithm improved properly is proposed in this paper.
本文在重点论述几种常用背景估计方法的基础上，提出了形态滤波的优化改进算法。
A new unsupervised multiresolution edge detection technique was presented, which combines the morphological filtering, pyramid data structure and fuzzy technique.
结合数学形态学、塔型数据结构及模糊技术，提出一种新的非监督多分辨率边缘检测方法。
To overcome the over-segmentation for the watershed, this paper presented a novel algorithm of watershed segmentation based on fusion and adaptive morphological filtering.
针对分水岭分割易产生过分割问题，提出一种基于融合自适应形态滤波的分水岭分割算法。
Finally, we performed morphological filtering on the segmentation results, in order to eliminate the miscellaneous points and restore the moving foreground of the image sequences.
最后对分割结果进行了形态滤波，以此来消除杂点等，恢复出图像序列中的运动前景。
It firstly extracts several target candidates through the preprocessing including median filtering, edge extraction, sea-sky line detection and morphological filtering of infrared sequence images.
通过对红外序列图像进行中值滤波、边缘提取、海天线检测和形态滤波等预处理，提取出若干个候选目标。
It firstly extracts several target candidates through the preprocessing including median filtering, edge extraction, sea-sky line detection and morphological filtering of infrared sequence images.
通过对红外序列图像进行中值滤波、边缘提取、海天线检测和形态滤波等预处理，提取出若干个候选目标。
应用推荐