搜索资源列表
gray
- C#编写的彩色图灰度化，并采用了常用的三种方法进行灰度处理，并比较了时间，附带了直方图等基本功能-Written in C# color map gray-scale, and uses three methods commonly used grayscale processing and more time, with the histogram and other basic functions
depthofimagegenerati
- OTSU方法计算图像二值化的自适应阈值，OTSU 算法可以说是自适应计算单阈值（用来转换灰度图像为二值图像）的简单高效方法。下面的代码最早由 Ryan Dibble提供，此后经过多人Joerg.Schulenburg, R.Z.Liu 等修改，补正。算法对输入的灰度图像的直方图进行分析，将直方图分成两个部分，使得两部分之间的距离最大。划分点就是求得的阈值。都是老外写的，经典哦。-OTSU method of adaptive image binarization threshold, OTSU
Hist
- 在查看菜单中可以做彩色图像和灰度图像的直方图、灰度化。首先打开一幅位图，然后点击查看—>灰度直方图—>均衡化，即可。-In the View menu, you can do color and grayscale image histogram, gray-scale. First, open a bitmap, and then click View-> Histogram-> equalization, you can.
whu_7-115-14828-7_2006_1
- 30个图像处理的VC++ 源代码，包括256色转灰度图,Hough变换,image_j1,PCA,Walsh变换,对比度拉伸,二值化变换,反色, 方块编码,傅立叶变换,高斯平滑,灰度均衡,均值滤波,拉普拉斯锐化（边缘检测）, 离散余弦变换,亮度增减,逆滤波处理,取对数,取指数,梯度锐化,图象处理,图像镜像, 图像平移,图像缩放,图像细化,图像旋转,维纳滤波处理,用Canny算子提取边缘,阈值变换,直方图均衡. -30 image processing VC++ source code, incl
junheng
- 对bmp8位灰度图像进行读取数据存储数据，并进行均衡化处理，并绘制直方图存储为图像，通过此程序，可对均衡化过程有所了解。-Bit grayscale images of bmp8 read data stored in the data, and the equalization process, and draw the histogram is stored as an image, through this program, you can understand the process o
zhifangtujunhenghua
- 基于直方图的均衡化和规 定化处理的图像增强技术基本原理,给出了相关推导公式和算法 同时,以一个灰度图像为例,用MATLAB 语言实现了直 方图均衡化和规定化增强处理-Based on histogram equalization and processing requirements of the basic principles of image enhancement technology, gives the derivation of formulas and algorithm
binarization
- 车牌定位、 灰度处理 直方图处理 灰度增强 去边框 车牌截取 车牌二值化-License plate location, gray histogram grayscale processing enhancements to the interception of the license plate frame license plate binarization
histeq
- This code is histogram equalization and run on grayscale image.
tuxiang
- 在c++下的图像处理工具，可打开黑白/彩色图片，并进行直方图、灰度转换、反转、二值化功能-In C++ image processing tools, to open the black and white/color photographs, and the histogram, grayscale conversion, reverse, binarization function
Bing
- 自己编写的图像处理软件 包括显示 裁剪 翻转镜像 灰度化 锐化钝化 直方图-I have written image processing software, including crop flip mirror grayscale sharpening passivation histogram
2010302590003_RawZFT
- 使用C或C++语言编写8位灰度图像直方图统计的程序。 照如下格式将统计结果保存到“result.txt”中。 灰度级 频率 0 …… 255 -Using C or C++ language to write 8-bit grayscale image histogram statistics program. The statistical follows the format of results are saved to the "result.txt
DSP5509AHistogram
- 灰度直方图是数字图像处理中一个最简单、 最有用的工具， 它描述了一幅图像的灰度级内容。任何一幅图像的直方图都包括了可观的信息，某些类型的图像可由其直方图完全描述。 灰度直方图是灰度值的函数，描述的是图像中具有该灰度值的像素的个数，其横坐标表示像 素的灰度级别，纵坐标是该灰度出现的频率(像素个数与图像像素总数之比)。 -The gray histogram is the digital image processing is one of the most simple, the mo
hist_bmp
- 使用VC++画出bmp的直方图，本程序支持8位的灰度位图，如果你的图像时24为的真彩色位图，应该先转化为8位的灰度图像然后再画直方图-To use VC++ draw the histogram of bmp, this program supports 8-bit grayscale bitmap 24 for your image true color bitmap, should be converted to 8-bit grayscale image and then draw the
BMP
- 图像处理的第一次作业： 8位BMP位图的灰度拉伸和直方图均衡-Image processing operations: 8-bit grayscale bitmap BMP stretching and histogram equalization
identification-of-chromosome-count
- 本设计主要目的是实现染色体的识别计数。首先对图形进行预处理，将图像转化为灰度图、滤波去噪，然后对图像进行二值化，合理选取阈值，进行直方图阈值处理，最后去除图像中面积过小的杂点，最终实现识别计数。-The main purpose of this design is to achieve the identification of chromosome count. The graphical pre-processing, the image is converted to grayscale,
Prehandle
- 图像的预处理算法，包括光线补偿，高斯平滑，均衡直方图，灰度化，可以查看每一步的处理结果-Image preprocessing algorithm, including the light compensation, Gaussian smoothing, balanced histogram, grayscale, you can see every step of the process the results
fg
- 程序实现了基于最大熵准则的图像分割。其中实现灰度阈值算法即算出双峰的谷底值的方法为：利用灰度直方图求谷底，然后求第一个峰值，第二个，再求谷的位置-Program to achieve the image segmentation based on maximum entropy criterion. The grayscale threshold algorithm, which is calculated bimodal trough value as follows: gray histog
MyDIP
- 面部图像简单处理小程序。可以转化为灰度图。锐化、平滑、查看灰度直方图等功能-The facial image processing simple applet. Can be converted to grayscale. Sharpening, smoothing, and view the gray histogram functions
Image-processing
- 理论分析和MATLAB编程实践表明，基于直方图的图像增强技术确实能在一定程度上改善图像的对比度和灰度动态范围，提高图像的清晰度。-Theoretical analysis and MATLAB programming practice shows that the histogram-based image enhancement technology can indeed to a certain extent to improve the image contrast and graysca
first
- 读入彩色图片，将其转换成灰度图像，然后画出它的灰度直方图，将灰度值压缩到64-192，画出灰度直方图，最后画出直方图均衡化后的图像以及直方图-Read into a color picture, convert it to grayscale image, and then draw its gray level histogram, the gray value is compressed to 64-192, draw the gray histogram, and finally draw