MATLABtuxiangchulichengxu

SALSA的MATLAB相关编码和源程序(SALSA in the MATLAB source code and related)

一个利用专家PID算法进行控制的matlab仿真程序(an expert PID control algorithm for the simulation program Matlab)

应用传递矩阵法求解转子动力学特性，转子临界转速和振型等动力学特性被获得。(The transfer matrix method is studied on rotor dynamics, and the critical speed is obtained)

1.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。(1. This book contains examples of source code used in the list of folders in Chapter 3 ~ Chapter 7, respectively, including the section within the source code examples. 2. Source file name and serial number where the corresponding chapters and examples, such as: 3_1.m for example Chapter 1 3_1】 【Example of the source. 3. Tftoolbox folder for the 2002 version of the Time-Frequency Toolbox, Chapter VI, " Non-stationary signal analysis and processing" required to use part of the toolbox functions. I would be grateful if a copy job to the user' s MATLAB path [such as D: R2006a work] 4. Of all sections of M are available at MATLAB R2006a debugging environment through, copy to the user' s job MATLAB path [such as D: R2006a work ] to run under.)

fuelcell model燃料电池模型，可直接套用。(fuel cell model_files)

The Burrows wheeler transform of matrix x, it will calculate the Burrows wheeler transform of the matrix a and will output the encoded signal with primary index value

对ofdm系统尽心matlab仿真，形象具体的研究了ofdm工作过程和原理。完成信号生成噪声生成，循环前缀，调制解调等设计，最后，对系统进行分析讨论。(To ofdm systems with matlab, the image of the specific research process and the principle ofdm. The signal generation noise generation, circulation prefix, demodulation, such as design, finally, the system was analyzed. )

DTMF matlab project buck

mimo预编码C++代码欢迎各位参考，相互学习(mimo pre-coding C++ code to welcome you to reference, mutual learning)

说明：  matlab测试图片以及脚本，内容不多，比较简洁(matlab test pictures and scripts, the contents of small, relatively simple)