Further processing of resulting boundary with binary morphological operation produces a closed osteomas contour. So osteomas is isolated from background.
最后利用二值形态运算进一步处理，便可得到封闭的骨肿瘤边界，从而将骨肿瘤与背景分离。
Finally, binary morphological operations are applied to the binary image to get the detection result. The experiment results show that the new scheme is an effective means for anomalies detection.
对二值图像进行数学形态处理的检测结果进一步证明了该奇异点分割和检测方案的有效性。
Realize two basic operators of binary image, and introduce an algorithm for image morphological processing based on breadth.
在实现了二值形态学基本算子的基础上给出了边界象素优先处理的改进算法。
Two kinds of modified general morphological correlation is studied. The gray-scale image is decomposed into a set of binary image slices in certain decomposition method.
提出两种改进的一般形态学相关算法，灰度图像按某种分解方法分解成一系列二值图像片。
And mathematical morphological method was used to deal with the noises in binary image.
对二值图像上出现的非目标物和目标物上的斑点，作者运用形态学方法进行了处理。
Some properties of the generalized morphological transform provide the basis for establishing a new morphological sampling scheme for both binary and gray image.
在广义形态变换性质研究的基础上所提出的广义形态采样方法，能更好地保留图像的形态信息和边缘信息。
Secondly, the binary SAR image is processed by using morphological operations to extract edges of the object and remove smaller areas. Then lines are extracted by Hough transform.
其次，利用形态学运算，对已除去噪声的二值SAR图像进行边缘提取，并对边缘图像进行形态学区域开运算，以去除较小的区域。
Then we use morphological image processing and spatial filter processing to improve the quality of binary segmentation image.
对图像分割得到的二值图像进行图像形态学处理和空域滤波处理，提高了二值图像的质量。
A scheme to realize this secure paradigm in binary images using scanning operation is proposed and a more efficient practical method is also presented based on morphological theory.
针对文字扫描操作，给出了这种安全范式在二值图像上的具体实现方法：利用扫描过程中测量噪声的不确定性来携带信息。
Binary image is filtered by utilizing morphological filter. Then, using the information of stone shadow and projection transform, detection and position of stone is utilized in part environment.
在获取分割后的二值化图像中，采用了形态学滤波算子进行去噪，然后利用二值图像投影变换，并参考石块底部阴影位置信息，辅助完成对部分场景下的石块识别和定位。
Binary image is filtered by utilizing morphological filter. Then, using the information of stone shadow and projection transform, detection and position of stone is utilized in part environment.
在获取分割后的二值化图像中，采用了形态学滤波算子进行去噪，然后利用二值图像投影变换，并参考石块底部阴影位置信息，辅助完成对部分场景下的石块识别和定位。
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