搜索资源列表
matlab_baogao
- 自己学习matlab时做的课程试验 内容：试验报告和灰度图像的线性非线性展宽-Matlab when you learn to do the pilot courses : the test report and a linear gray-scale image nonlinear wide
Gray
- 主要实现在灰度图像上处理图像的灰度值，包括灰度线性变换等操作。如果是彩色图像则首先灰度化，在进行操作。-main achievement of the gray image processing images on the gray values, including gray linear transformation operation. If it is the first color image is gray, the operation is in progress.
SonixRgb
- 这是一个改变视频效果的程序，基本上是对8位灰阶数据进行线形处理。 在WIN2K、DX9下编译通过，运行正常。-This a change in the procedures for video effects, basically to eight linear gray-scale data processing. In WIN2K, DX9 compiler, operating normally.
matlab实现将读入一幅图像进行线性灰度变换
- matlab实现将读入一幅图像进行线性灰度变换,will be read into matlab to achieve an image of a linear gray-scale transformation
java_image_process
- java处理数字图像，包括镜像、中值滤波、线形灰度变化、图像平滑、图像模糊、图像还原、锐化、量化、二值化图像、边缘检测等-java digital image processing, including image, median filtering, linear gray-scale changes, image smoothing, image blurring, image reduction, sharpening, to quantify the binary image, edge
stretch
- 灰度拉伸是分段进行线性变换，对红色，绿色，蓝色三分量进行统一的分段线性变换，以增强图像对比度-Gray-scale stretch is sub-linear transformation of the red, green, blue three-component unified piecewise linear transformation, to enhance the image contrast
LinearGreyTrans
- Java实现图像的可以实现JPEG图像的线性灰度变换。-Java Image JPEG images can be achieved in a linear gray-scale transformation.
lineargray
- 基于matlab的图像线性灰度变换,里面有一幅图像数据矩阵，也可以读一张其他的图片，简单易学希望对大家有帮助。-Matlab image-based linear gray-scale transformation, which has an image data matrix, one can also read the other pictures, easy to learn for all of us want to be helpful.
tuxiang
- 图象灰度变换，灰度BMP文件对灰度进行处理，线性灰度变换，分段线性变换-Image gray-scale transformation, gray on gray-scale BMP file processing, linear gray-scale transformation, piecewise linear transformation
GrayLinTrans
- 自适应线性灰度变换，根据网上下载的论文自己完成的算法，觉得效果还不错。-Adaptive linear gray-scale transformation, in accordance with downloaded papers completed their algorithms, feel good effect.
Gray-linear-transformation-function-implementation
- 灰度线性变换函数实现,在数字图像领域有广阔的应用-Gray-linear transformation function implementation in the field of digital image has broad application
jianbensuanfa
- 中值滤波 prewitt算法 直方图均衡化 密度分割法图像伪彩色处理 分段线性处理处理灰度变换-Median filter Prewitt density histogram equalization algorithm segmentation image pseudo-color handle handle handle piecewise linear gray-scale transformation
VCDIBchap2
- 介绍图像灰度变化的典型算法，包括二值化和阈值处理，直方图的绘制及直方图均衡，灰度的线性变换和灰度拉伸等。-Change the image gray-scale introduction of the typical algorithms, including binary and threshold processing, histogram mapping and histogram equalization, linear gray transform and gray-scale, su
GM_1_1
- 灰色gm(1,1)模型，当做函数可以调用，中间注释写得很详细，稍加修改即可成为灰色系统中别的算法。-Gray gm (1,1) model, as a function can call the Notes between very detailed, a little modification to the system as a gray-level algorithm.
GrayScaleStrecher
- 用于实现数字图像的线性灰度拉伸，包含源码及可执行程序。-linear gray streche
genetic_algorithm_matlab
- fga.m 为遗传算法的主程序 采用二进制Gray编码,采用基于轮盘赌法的非线性排名选择, 均匀交叉,变异操作,而且还引入了倒位操作-fga.m the main program for the genetic algorithm using binary Gray encoding, roulette wheel based on the law of non-linear ranking selection, uniform crossover and mutation operation
Gray
- vc++开发的位图处理程序，可将彩色图转为灰色图，课进行灰度比例化，灰度线性化、灰度线性截断、灰度取反等操作-vc++ Development bitmap processing, can be color map into gray map, the proportion of lessons were gray, gray linearization, linear cut gray, gray-scale operations such as taking anti-
Image-gray-scale-transformation
- 详细说明：几个关于图像灰度变换的程序。包括图像反色，图像的对数灰度变换，指数灰度变换，线性灰度变换，灰度切割，图像平均降噪。-Several of the image gray-scale transformation process. Including anti-color image, the image of the number of gray level transformation, index gray-scale transformation, linear gray leve
Gray-level-transformation
- 数字图像的分段线性灰度变换的方法，其中假定a=30,b=180,c=120,d=230,e=255 且假定图像的最大灰度值为Mf-Digital image of the piecewise linear gray level transformation method, which assumes that the a = 30, B = 180, C = 120, d = 230, e = 255 and it is assumed that the maximum gray value
Gray-linear-transformation
- 灰度的线性变换就是将图像中所有的点按照线性灰度变换函数进行变换-Gray linear transformation is to all the points in the image according to the linear gray level transformation function transformation