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Digital_Image_Processing
- 实现Gaussian Blur等Convolution操作，Erosion和Dilation等Mophorlogy操作，以及二值化操作等等。-Convolution operation such as Gaussian Blur, Morphology operation such as Erosion and Dialation, as well as the thesholding operation and so on.
DSD
- 数学形态学(Mathematical Morphology)诞生于1964年，是由法国巴黎矿业学院博士生赛拉(J. Serra)和导师马瑟荣，在从事铁矿核的定量岩石学分析及预测其开采价值的研究中提出“击中/击不中变换”， 并在理论层面上第一次引入了形态学的表达式，建立了颗粒分析方法。他们的工作奠定了这门学科的理论基础， 如击中/击不中变换、开闭运算、布尔模型及纹理分析器的原型等。数学形态学的基本思想是用具有一定形态的结构元素去量度和提取图像中的对应形状以达到对图像分析和识别的目的。-Mathem
Morphology-WaterMark
- 根据灰度图象数学形态学的特点以及小波的多尺度分辨特性，提出一种鲁棒性较好的水印算法。-Gray-scale images based on the characteristics of mathematical morphology and wavelet multi-scale to distinguish the characteristics of a robust watermarking algorithm better.
Referenceareabasedonmathematicalorphologysegmentat
- 基于参考面积的数学形态学分割算法，非常实用，包含了数字图像处理中运用数学形态学的面积，来进行对图像分割。-Reference area based on mathematical morphology segmentation algorithm，Very useful, including the use of digital image processing in the area of mathematical morphology, image segmentation.
image_segmentation
- 基于形态学的烟叶图像分割技术的研究，适用于delphi编程者-Based on the morphology of the leaf image segmentation techniques, the application programmer in delphi
morphoperation
- Terminology and properties of Morphology Operations Structure element Four morphological Principles Iterative Morphological Operations Matlab Programs and results images for each operation
program
- 数字图像处理领域中的一些应用实例，以理论和实践相结合的方式，系统地介绍了如何使用C#进行数字图像处理。 全书共11章，分别讲述了图像的点运算、几何运算、数学形态学图像处理方法、频率变换、图像平滑与去噪、边缘检测、图像分割、图像压缩编码和彩色图像处理等相关技术。-Digital image processing in the field of some application examples to the theory and practice, a combination of syst
10068263
- 数学形态学方法及其应用，老书不好找电子版啦，给大家发一个。超星版的-Mathematical morphology and its applications, the old books not easy to find electronic version of啦, give you hair a. Superstar Edition
MM
- 数学形态学的主要优点是计算简单和并行快速，一般只包含布尔运算、加减法运算而不需要做先进乘法，易于硬件实现，-The main advantage of mathematical morphology is to calculate simple and fast parallel, generally contain only Boolean operations, add and subtract operations without the need for the multiplicati
Morphology
- 形态学：分水岭是以图像进行三维可视化处理为基础进行研究的。-Morphology: Watershed is a three-dimensional visualization image processing as the basis for research.
morphology
- 数学形态学图像处理，包括腐蚀运算，膨胀运算，开和闭运算，击中和不击中-Mathematical morphology image processing, including the erosion operation, expansion of operations, opening and closing operations, hit and not hit the
morphology
- 本程序实现对一幅图像的边缘进行形态学粗化和细化-The procedure to realize an image of the edge of the morphology of coarse and refined
Demo
- 数字图像处理功能演示，包括几何变换，形态学，灰度变换，图像增强，图像滤波等功能-Presentation of digital image processing functions, including the geometric transformation, morphology, gray-scale transformation, image enhancement, image filtering and other functions
MATLABimageprocess3
- 医学图像处理，主要用于图形形态学，如腐蚀、膨胀以及开、闭运算。-Medical image processing, mainly for graphics morphology, such as erosion and dilation as well as opening and closing operation.
morphology-reconstruction
- 形态学重构-主要是为了复杂背景条件下的图像分割，采用matlab语言编写，具有很高的参考价值。-Morphological Reconstruction- mainly to under complex background image segmentation, using matlab language, with a high reference value.
Hypercomplexmathematicalmorphology
- Hypercomplex mathematical morphology
watershed_serial
- 分水岭分割方法，是一种基于拓扑理论的数学形态学的分割方法，其基本思想是把图像看作是测地学上的拓扑地貌，图像中每一点像素的灰度值表示该点的海拔高度，每一个局部极小值及其影响区域称为集水盆，而集水盆的边界则形成分水岭。分水岭的概念和形成可以通过模拟浸入过程来说明。在每一个局部极小值表面，刺穿一个小孔，然后把整个模型慢慢浸入水中，随着浸入的加深，每一个局部极小值的影响域慢慢向外扩展，在两个集水盆汇合处构筑大坝，即形成分水岭。 -Watershed segmentation method is a
mathematicalmorphologybase
- mathimatical morphology for license plate recognition
wenlichouqu
- 纹理元抽取,并计算纹理元的特征数学形态学实现-Extract of the cells grain ,and the calculation of cell s feature based on mathematical morphology.
cheliangjiance
- 对图像进行增强处理的车流量检测算法，图像锐化，背景差分，膨胀腐蚀等一系列数学形态学操作-The image enhancement processing of the traffic flow detection algorithm, image enhancement, background difference, expansion and a series of mathematical morphology erosion operation