Matlab-Newton

基于MATLAB编写的简单仿真程序 简单的动画(MATLAB-based simulation program written in a simple simple animation)

基于高斯滤波器的图像压缩算法。可以处理真彩图和灰度图，相当实用。(Gaussian filter based on image compression algorithms. Can handle true color pictures and grayscale, quite useful.)

说明：  《精通MTLAB最优化计算》第14章 遗传优化算法 源码(&quot The most proficient MTLAB Optimization&quot Chapter 14, genetic algorithm source code)

合成孔径雷达SAR图像成像中多普勒中心检测的六种算法，使用matlab编程(synthetic aperture radar images Doppler imaging centers in the six detection algorithm, the use of Matlab programming)

Matlab的PPT课件，包含11章，从基础的Matlab操作讲解开始，介绍程序设计、绘图、图形句柄、图形用户界面设计等内容，适合初学者学习(Matlab the PPT courseware, including 11 chapters, from the foundation of the Matlab operation explanation, describes the program design, drawing, graphic handle graphical user interface design, etc., suitable for beginners to learn)

BEMD对图像进行分解，包络构造采用Delaunay三角剖分和三次插值，得到分解的结果。 输入：灰度bmp图像 输出：imf1 imf2 imf3 残差(BEMD image decomposition, the envelope structure using Delaunay triangulation and cubic interpolation, the result of decomposition. Input: greyscale bmp image output: imf1 imf2 imf3 residuals))

Space Time Trilles Algorithm

This is code to calculate Kullback-Leibler (KL) distance between histograms. It can apply for 2D image

Matlab For Engineers And Scientists (Third Edition ,2008)第三版，对于MATLAB高手很有帮助。(Matlab For Engineers And Scientists (Third Edition, 2008) third edition, for MATLAB expert help.)

In this project, Brain tumor in MRI is detected using image segmentation techniques. There are number of image segmentation techniques available but watershed segmentation is considered to be best among all. First of all prep-processing is to be done on MRI image followed by Segmentation. During pre-processing, MRI is first converted into gray scale image then salt and pepper noise is removed using median filter. Image is then enhanced using Histogram Equalization then Image segmentation is performed on image. In image segmentation, image is segmented into its constituent parts. In this way, brain tumor is detected.