A more powerful tool for binary image processing, logical function morphology, is proposed.
提出了用于二元图像处理的逻辑函数形态学的概念。
Using binary statistic coding image processing method, the effect of decoy enclose target is simulated by computer in imparity average radiance.
用二元统计编码图像处理方法，对不同平均辐射强度下干扰弹遮蔽目标效果进行了计算机模拟。
For binary image, chain-code tracing is used, and some sequent processing is applied to above tracing based on some prior knowledge so as to get the points of road boundary.
对二值图像运用改进的链码跟踪方法，再对链码跟踪结果运用先验知识进行处理，最后得到道路边缘点。
The vectorization for the dot matrix image of binary is an important work in image processing. Existing vectorization methods are not good at extracting building profile information.
二值点阵图的矢量化是图像处理的一个重要课题，现有的矢量化方法在提取建筑物轮廓信息时都存在局限性。
In theory, the binary image recognition technique of the binary statistic coding is very effective for processing of the practically obtained low SNR coherent and incoherent images.
理论上，二元统计编码图象识别技术，对处理实际获得的低信噪比相干和非相干图象也是很有效的。
After that the computer image processing technology is used to carry on binary processing for metallographic image, tracking arithmetic makes accurate calculation of individual grain area very easy.
运用计算机图像处理技术对金相图像进行二值化处理后，采用图像跟踪算法可使单个晶粒面积的精确求取变得十分容易。
This new algorithm USES the background subtraction method to get the foreground image, and then gets the binary image using threshold value and makes the morphology processing.
该算法利用背景差法获得前景图像，然后进行二值化和形态学处理，再和背景帧进行比较来对滞留和搬移物体进行检测和分类。
Finally, morphology processing was performed on the binary image obtained from the previous step to get the segmentation result.
对得到的二值图像进行形态学处理，得到完整的分割结果。
The whole process is the morphology processing based on the gray-level image and binary mask, and is simple and easy to implement.
整个过程基本是对灰度图像和二值模板的形态处理，简单易行。
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。
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。
The accuracy of automatic counting result can be increased if some math morphologic processing algorithm applied to segmented binary insect image.
对分割后的微小昆虫二值图象做适当的处理能够保证微小昆虫自动计数的结果准确。
As a common and important source of information, the binary image is very important both in usual life and many areas of scientific research like image processing and pattern recognition.
它是一类常见而重要的信息来源，在实际生活中以及图像处理、模式识别等科研领域都占据着重要的地位。
Processing the aluminum weld image from the scanning of the X ray negative can derive the binary image of the weld defects.
利用X射线底片扫描成像法得到铝合金焊缝图像，再通过图像处理方法即可得到焊接缺陷二值图象。
Fingerprint image pre-processing has five parts: filtration in gray-scale image, binarization, filtration in binary image, thinning and filtration in thinning image.
指纹图像的预处理又可以分为灰度图滤波去噪、二值化、二值化图像去噪、细化和细化后去噪五个部分。
In theory, the binary image recognition technique of the binary statistic coding is very effective for processing of the prac...
理论上，二元统计编码图象识别技术，对处理实际获得的低信噪比相干和非相干图象也是很有效的。
Binary and thinning is more important in fingerprint image pre-processing, this paper discussed the pros and cons of various thinning algorithms and through coding implemented these algorithms.
二值化和细化是指纹图像预处理阶段比较重要的环节，本文讨论了多种细化算法的优劣，并通过编码实现了这些算法。
Binary is an important step of pre-processing. It is feature of finger ridge rather than gray of image that are focused on.
二值化是指纹预处理的一个重要步骤，人们关心的是指纹纹线走向的特点，而不是图像的明暗。
The non-contact measuring method of the deformation quantity was presented by means of the digital manipulation technology, including image pre-processing, and image binary-conversion, etc.
给出了采用数字图像处理技术非接触测量变形量的方法，包括图像的预处理，二值化等。
This algorithm is a gray image processing, including background subtraction, binary, shadow detection, post-processing, and several other modules.
此算法是对灰度图像的处理，主要包括背景减 除、二值化、阴影检测、后处理等几个模块。-。
Then the face detection is performed on the segmented binary image by utilizing region filling processing and image analysis technique.
再利用区域填充和图像分析技术将人的面部分割出来。
Then the face detection is performed on the segmented binary image by utilizing region filling processing and image analysis technique.
再利用区域填充和图像分析技术将人的面部分割出来。
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