Compute the watershed transform of the modified segmentation function.
对修改后的分割函数做分水岭变换计算。
Watershed transform is a classical method of image segmentation in mathematical morphology.
流域变换是数学形态学中用于图象分割的一种经典方法。
The traditional watershed transform mainly depends on image gradient but this method is imperfect.
传统流域变换主要依赖图像梯度，该方法并不完善。
Finally, watershed transform was carried out on reconstruction image to obtain granule segmentation image.
最后对重构图像进行分水岭变换得到颗粒分割图像。
The tongue body shape was automatically extracted using a watershed transform and an active contour model.
提出了一种基于分水岭变换和主动轮廓模型相结合的自动轮廓 分割算法。
After analyzing the features of renal tubule pathologic images, we propose an algorithm bases on watershed transform.
通过对肾小管病理图像特征的分析，提出了一种基于分水岭算法的肾小管病理图像分割算法。
A method is presented, which employs energy-driven watershed transform algorithm to segment hippocampus in human brain MRI.
提出利用能量驱动的分水岭算法来实现人脑mri中的海马分割。
Then, an improved parallel watershed algorithm is presented based on the definition of watershed transform with condition of distance.
为了专门分割重叠粘连细胞的图像，提出一种基于局部流域变换的迭代剥离算法。
Watershed transform is a classical method of image segmentation in mathematical morphology, and its parallelism is an important problem.
流域变换是数字形态学中用于图像分割的一种经典方法，其并行化问题成为近年来研究的重点。
In order to separate the images of clustered cells, an improved algorithm based-on local watershed transform was presented in this work.
为了专门分割重叠粘连细胞的图像，提出一种基于局部流域变换的迭代剥离算法。
A hierarchical segmentation method is proposed for multispectral imagery by combining extended watershed transform and dynamics of contours.
综合扩展的分水岭变换和分水线动态范围，提出了适用于高分辨率多光谱图像的多尺度分割方法。
Watershed transform is the main tool of mathematical morphology used for image segmentation which can produce one-pixel wide and close edge.
分水岭变换是数学形态学的主要分割工具，它通过对梯度图像进行分割，能够提供单像素宽的封闭的区域边缘。
Image segmentation plays a very important role in digital image processing. The watershed transform is one of the commonly-used image segmentation methods.
图像分割技术在数字图像处理领域占有非常重要的地位，分水岭变换是一种常用有效的图像分割方法。
At last, the principle of image segmentation is investigated, an algorithm based on watershed transform is given, a lot of segmentation time can be shorten greatly.
最后研究了图象分割的基本原理，对分水岭算法进行了深入分析，提出的改进思路大大缩短了分割时间。
Morphological watershed transform is a mathematical morphology image segmentation method. It can access an accurate verge. That is continuous, closed single-pixel width verge.
形态学分水岭变换是一种数学形态学图像分割方法，它可以得到精确的边缘，即连续、封闭、单象素宽的边缘。
The method consists of three steps. Firstly, image segmentation is achieved by watershed transform based on phase congruency gradient and foreground marking to extract image objects.
首先，利用基于相位一致梯度与前景标记的分水岭变换进行影像分割，提取图像斑块；
This paper adopts watershed transform to segment those images, but this method easily products the over segmentation which results in the edge line buried in disorderly watershed line.
本文采用分水岭变换对尿沉渣图像进行分割，但此算法容易造成图像的过分割，导致图像的轮廓线掩埋在杂乱的分水岭线中。
Then, watershed segmentation of the approximation image is computed, and the inverse wavelet transform is used to project this original segmentation up to the higher resolutions.
对近似图像进行分水岭分割，并且用小波逆变换把原始分割结果逐步映射回更高的分辨率层。
Then, watershed segmentation of the approximation image is computed, and the inverse wavelet transform is used to project this original segmentation up to the higher resolutions.
对近似图像进行分水岭分割，并且用小波逆变换把原始分割结果逐步映射回更高的分辨率层。
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