大跨结构、高耸结构随机风荷载数值模拟

说明：  matlab对巴特沃兹滤波器的仿真（1）(matlab simulation of the Butterworth filter (1))

说明：  能够用来求解部分关利用遗传算法的优化模型。。(Relations can be used to solve some of the optimization model using genetic algorithms. .)

全国大学生数学建模问题,是非常重要的国家级赛程，这对于我们很有帮助的啊！(National Mathematical modeling is very important for evey students,so it is very good for prevent students,and,it is good for our.)

onduleur classique ........................

基于watterson信道模型的matlab程序中每个函数的源代码(Based watterson channel model matlab program source code for each function)

说明：  多载波OFDM系统仿真，共有8个文件 capavsgamma.m capavsusernum.m chtry.m rheesub.m shenpowerallo.m tdma_cap_cal.m waterfilling.m waterfillingPowerAllo.m(OFDM system simulation, a total of eight papers capavsgamma.m capavsusernum.m chtry.m rheesub.m shenpowerallo.m tdma_cap_cal.m waterfilling.m waterfillingPowerAllo.m)

说明：  Stateflow是MATLAB提供的一种基于有限状态机理论的图形化建模和仿真工具。本文介绍了Stateflow的重要概念和基 本用法(Monitoring System )

基于matlab的因子分析源码 主要可用于解决主成分因子分析类问题(Factor analysis source code based on matlab)

本书包含的实例所使用的源程序清单，文件夹第3章～第7章分别包括各章节内的实例源程序。2.源程序文件名与所在章节和实例序号对应，如：3_1.m为第三章实例一【例3_1】的源程序。3.文件夹tftoolbox为2002版的时频工具箱，第六章“非平稳信号分析与处理”需要用到该工具箱的部分函数。请将其拷贝到用户的MATLAB工作路径（如D:R2006awork） 4.各章节的M文件已在MATLAB R2006a环境下调试通过，拷贝到用户的MATLAB工作路径（如D:R2006awork）下即可运行。 (The book contains examples of the use of the source list folder ~ Chapter 3, Chapter 7, including instances of source code within each chapter. The source file name corresponding to the chapters and instances where number: 3_1.m Chapter instance Example 3_1] source. Folder tftoolbox for the 2002 edition when the frequency toolbox, Chapter VI " non-stationary signal analysis and processing" part of the function of the need to use the toolbox. Please copy it to the MATLAB path (such as D: R2006a work) chapter M-file in MATLAB R2006a environment through debugging, copied to the user' s the MATLAB working path (such as D: R2006a work ) to run under.)

里面有些常用的数值程序，如线性方程组的求解，插值，常微分方程的数值方法等等。(Inside some common numerical procedures, such as linear equations, interpolation, ordinary differential equations, numerical methods and so on.)