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quzhishu_VC_pic
- 用于对图像的指数变换，很简单也很有用的。做图像的同学将受益匪浅，有实例及详细介绍,并附图像可测试。-used to index the image transformation, it is very simple to use. Images do students will benefit greatly, and there are examples in detail, accompanied by images can be tested.
30个图像处理
- 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.
FileChooserTest
- 这是一个用Java编写的图形图像处理平台，里面有图像的缩放、旋转、反色、平滑处理、拉普拉斯锐化处理、边缘检测、小波变换、对数变换、指数变换、灰度直方图绘制、彩色直方图绘制、灰化处理-It s great.
ImageEnhencementUsingIntensityTransformations
- 本实验要求使用强度变化方法对图像进行增强。图像增强的是要目标是处理图像，使其比原始图像更适用于特定应用，图像增强的方法分为两大类，空间域方法和频域方法，“空间域”一词是指图像平面本身，这类方法是以图像像素的直接处理。“频域”处理技术是以修改图像的傅里叶变换为基础的。本实验采用的对数变换和指数变换是对前一种方法的应用。-This experiment requires the use of intensity changes in methods of image enhancement. Ima
new
- 本文主要讨论在MATLAB软件中如何实现C程序源代码的移植。结合"道路平整度指数(IRI)预测问题"的实例,将C语言编写自仿射变换分形插值函数,移植(或改写)到MATLAB中,绘制出宁波机场道路平整度的预测图象,为解决预测问题可视化提供帮助。-This paper mainly discusses the MATLAB software, how to achieve C source code of the transplant. Conjunction with the road roug
yy
- 用于数字图像处理中的指数变换和对数变换的程序，实测可用-For digital image processing of the index change and transformation of the number of procedures can be measured
nonlinear
- 几个非线性系统学习的源码，包括李雅普诺夫指数，洛伦兹吸引子的画法，boost开关变换器，分叉图等等，适合非线性系统的学习仿真-Several of the source study of nonlinear systems, including Lyapunov exponents, Lorenz attractor painting, boost switching converter, bifurcation map, etc., suitable for simulation study
spacialehancement0
- 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 level tra
SeeImage
- 一个用来处理简单pgm格式的小程序，比如对数变换、指数变换、直方图均衡化等等，功能不多，但是很有用-Pgm format to handle a simple little program, such as log transformation, exponential transform, histogram equalization, etc., function much, but useful
GrayTrans
- 次下载文档主要是图像灰度相关的变换，包括二值化、彩色到灰度、对数函数非线性变换、进行非线性拉伸、线性变换、负相变换、指数变换等-Downloads document is mainly related to image intensity transformation, including binary, color to grayscale, logarithmic function, nonlinear transformation, non-linear stretching, linea
GrayScaleTrans
- 改程序包含了灰度的线性变换，指数变换，以及图像直方图的显示。-The program includes a linear gray scale transformation, exponential transform, and image histogram display.
zhishu
- 对bmp进行指数变换,c语言实现的，北京工商大学数技081_李想-The exponential transformation of the bmp, c language, the Beijing University of Technology 081_ Lee to the number of
image0816000108zyf
- 图像的线性变换,分段线性,指数变换,对数变换,幂次变换,图像叠加等.-Image of the linear transformation, piecewise linear, exponential transform, log transformation, a power transform, image overlay and so on.
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
hexingmin
- 用MFC实现了图像的读取，显示，和直方图均衡化，直方图的显示，均值滤波，中值滤波，指数变换等-MFC implementation of the image read, display, and histogram equalization, histogram display, mean filtering, median filtering, exponential transform
Take_Index
- 一个采用取指数变换的对图像增强的Visual C++源代码。-A the exponential transform to take the image enhancement of Visual C++ source code.
zhishu
- 该程序能够实现图像的指数变换，基于C语言实现的程序源代码-The program can index transformation of the image based on the C language source code
图像灰度变换
- 对彩色图像进行二值化，灰度图像非线性变换，指数变换，幂次变换从而得到直方图进行分析。(The binarization of the color image, the non-linear transformation of the gray image, the exponential transformation and the power conversion are carried out to obtain the histogram for analysis)
快速傅里叶变换 c
- FFT的基本思想是把原始的N点序列，依次分解成一系列的短序列。充分利用DFT计算式中指数因子 所具有的对称性质和周期性质，进而求出这些短序列相应的DFT并进行适当组合，达到删除重复计算，减少乘法运算和简化结构的目的(Fast Fourier Transform)
Lipschitz指数和模极大值
- 本程序主要用于求解信号小波变换后，信号奇异点处的李氏指数和模极大值，对信号的断点进行定量的描述，可用于信号故障诊断。(This program is mainly used to solve the Lie index and the modulus maxima at the signal singular point after signal wavelet transform, and quantitatively describe the breakpoint of the signal