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将维对分和K均值算法分割图像
- 利用聚类算法分割图像,将维对分法只可将图像分为2部分,可以作为二值化的代码,K-均值法可将图像分为任意多部分。程序直接采用R、G、B三色作为特征参数,聚类中心为随机值,当然也可以采用其他参数,程序编译为EXE文件后速度还可以接受,但尚有改进的余地,那位高手有空修改的话,请给我也发份代码。-clustering algorithm using image segmentation, Victoria right method can only image is divided into two p
numberRecognition
- 数字的识别系统,包括图像二值化,归一化以及数字的分割-digit identification systems, including images of the two values, and to a number of segmentation
pbin
- 在系统地分析高精度图像处理的分割算法的基础上,对黑白的图像二值化算法进行了改进 -systematic analysis of the high-precision image processing segmentation algorithm on the basis of The black and white images of two binary algorithm improvements
LR
- 车牌识别系统,用于车牌定位,车牌分割,还有图像二值化代码,灰度化代码
图像分割、迭代法、直方图的统计计算
- 图像分割、迭代法、直方图的统计计算、二值化图像,Image segmentation, iterative method, histogram of statistical computing, binary image
fengefa
- 基于一种新的二值化优化方法 与 实现:综合全局二值化与边缘检测的图像分割方法-Based on a new binarization method and the realization of optimization: an integrated global binarization and edge detection for image segmentation method
imagesegmenttheroyandapplication
- 1.图像分割方法研究综述;2.基于边缘检测算子的双阈值二值化方法;3.结合形状统计信息的水平集图像分割 4.基于方向局部方差的快速主动纹理分割 5.基于目标轮廓的运动跟踪 6.左心室核磁共振图像的分割-1. Methods of image segmentation 2. Based on Edge Detection Operator of dual-threshold binarization methods 3. Combined with the shape of the level
NeuralNetwork
- 提出一种基于改进Sobel算子的车牌定位算法,首先对已经通过预处理的车牌图像使用改进的Sobel算子进行运算,然后使用迭代求图像最佳分割阂值的算法二值化车牌图像最后结合水平投影和垂直投影算法对候选区域分析锁定车牌位置。 -Proposed based on improved Sobel operator license plate location algorithm, first pre-processing of the license plate image has adopted t
car
- 基于计算机图像处理技术的汽车牌照自动识别系统,要求能够将运动中汽车的牌照从复 杂背景中准确地提取并识别出来。介绍了所研制的汽车牌照自动识别系统和关键技术(图像分割 与车牌定位、图像二值化和字符提取、车牌字符识别等) 。试验结果显示,系统在Celeron Ⅱ633+ 128M 的PC 机上,对图像尺寸为768 ×574 的311 幅试验图片的识别准确率达到90 ,识别时间≤ 1. 5s。-The objective of automatic vehicle number plate
111111
- 基于OTSU的图像二值化分割,本程序是从视频中截取某一帧来实现-OTSU-based binary image segmentation, this program is a frame from the video to achieve the interception
Binarization-Transformation
- 图像处理源程序,实现二值化变换,经一幅图像灰度化后,变成二值化图像,包括大津法、最大类间方差法、一般阈值法、及文本识别最有用的Niblack法-Image processing program and realized binarization transformation, after by a gray-scale image into binary image, including the Otsu method, Otsu method, the general threshold, a
m
- 图像二值化分割,然后进行分形维数求解,可计算各种格式的二维图片。-Binary image segmentation, and then solving the fractal dimension, calculate the two-dimensional images in various formats.
shipinotsu
- 基于OTSU算法的图像二值化分割,本程序是从视频中截取某一帧来实现。-OTSU algorithm based on binarization image segmentation, the process is from the video frames to achieve a certain interception.
shipinotsu
- 基于OTSU算法的图像二值化分割,本程序是从视频中截取某一帧来实现。-OTSU algorithm based on binarization image segmentation, the process is from the video frames to achieve a certain interception.
tuxiangfenge
- 对小目标,高噪声情况下的图像二值化分割,将中心小圆点留下,周围部分为黑色,同时滤除噪声-Binary image small target, high noise situations segmentation, leaving the center of the small dots around the black part, and filter out the noise
基于matlab的阈值分割
- 基于matlab的图像二值化、阈值分割算法以及区域标记算法(Image two value, threshold segmentation)
entropy_1D
- 计算达到图像最大熵的灰度阈值,对图像进行二值化分割(Maximum entropy method for image segmentation)
ostu
- 大津法(OTSU)是一种确定图像二值化分割阈值的算法,由日本学者大津于1979年提出。从大津法的原理上来讲,该方法又称作最大类间方差法,因为按照大津法求得的阈值进行图像二值化分割后,前景与背景图像的类间方差最大(何为类间方差?原理中有介绍)。(Otsu method (OTSU) is a set of image binarization threshold segmentation algorithm, proposed by Japanese scholars ohtsu in 1979.
Graytest
- 使用超绿特征分割作物图像。具体来说,首先使用超绿特征将图像灰度化,然后经过中值滤波后,使用Otsu最大类内方差方法将图像二值化,得到分割图像。(The crop image is segmented by super green feature. Specifically, firstly, the image is grayed by Super-Green feature, and then after median filtering, the Otsu maximum intra-cla
医学图像分割
- 基于GUI的对大脑进行灰白质分割,可以对大脑图像进行二值化(Gray and White Matter Segmentation of Brain Based on GUI)