wavelet

实用的多小波工具箱 添加这些文件，以你的工作文件夹，并开始输入》multidemo 查看采取多小波变换对不同的图像，您也可以查看，编辑和使用任何其他文件提交在此文件夹中(Many practical wavelet toolbox to add the files to your working folder, and start typing " multidemo view taken by many wavelet transform of different images, you can also view, edit and use of any other documents submitted in this folder)

WindowsXP Windows2000 WindowsNT 平台， 可以使用的UML开发工具教程(Windows XP Windows 2000 Windows NT platform, UML can be used in the development of tools and guidance)

基于煤耗特性曲线的遗传算法1、运行主程序main，可根据需求修改相关参数，进行迭代； 2、每次修改数据或参数可修改储存的文件名称，以保存迭代数据； 3、运行Result输入要导出的储存文件的名称可得到相应的适应度函数曲线，适应度函数最小值和三个变量取值； 4、将上述三个变量值输入到huatu.m中，即可得到拟合的曲线图。(Genetic Algorithms Based on Coal Consumption Characteristic Curve)

非侵入式的测量骨头的厚度，利用超声导波的方法。(Noninvasive assessment of human jawbone using ultrasonic guided waves)

说明：  Matlab学习宝典 插值与拟合 Matlab学习宝典(Learning Matlab Interpolation and Fitting Matlab Baodian learning Baodian)

这是一本研究目标定位跟踪的学习手册（在雷达，声纳，无线传感器网络领域等），采用的方法有最小二乘/极大似然，卡尔曼滤波，蒙特卡洛，粒子滤波等方法，更是很多读者需要的是里面有大量的仿真实例和程序代码，并配以中文注释，读者可以结合书中的原理和公式，对程序有进一步的理解。也适合很多读者在已有的代码的基础上对算法进行改进。(This is a study targeting the learning manual tracking (radar, sonar, wireless sensor networks, etc.), using the least squares method/maximum likelihood, Kalman filtering, Monte Carlo, particle filtering methods , but many readers need is there are a large number of simulation examples and program code, and with Chinese notes, the book the reader can combine the principles and formulas, a better understanding of the program. Also suitable for many readers on the basis of the existing code to improve the algorithm.)

基于matlab的M-QAM通信系统的仿真.txt(Matlab M-QAM communication system simulation. Txt)

主要是用c语言实现matlab中的fftshift函数的，(Mainly used c language matlab in fftshift function,)

用最小二乘支持向量机的算法做一个对正弦波信号的跟踪，跟踪效果很好(Using least squares support vector machine algorithm to make one pair of sine wave signal tracking, tracking works well)

应用MATLAB程序求解轴向受力的板结构在静力荷载作用下的单元应力、节点位移和约束反力(Using MATLAB to solve the axial stress of plate structure under static load of unit stress, node displacement and constraint counterforce)