MATLAB70ch8

本书介绍了MATLAB 7.X版本与其他语言混合编程的方法。内容包括在MATLAB中以文件方式导入、导出数据；在Windows和Linux开发C/C++语言的MEX文件；在Windows和Linux开发FORTRAN语言MEX文件；在MATLAB中使用动态连接库文件；在C/C++语言中调用MATLAB引擎；使用MATLAB编译器，以及如何在C/C++程序中使用mcc编译的库函数；在C++程序中使用MATLAB的COM编译器产生的COM组件等。 本书可以作为高等院校各工程专业的教学参考书，也是广大科技工作者必备的参考用书。(This book introduces MATLAB 7.X version and other languages mixed programming method. Included in MATLAB, on paper import and export data in Windows and Linux Development C/C++ language MEX files in Windows and Linux development FORTRAN language MEX files in MATLAB, using dynamic link library file in C/C++ language call the MATLAB engine using MATLAB compiler, and how C/C++ programs compiled using mcc library functions in C++ program using the MATLAB-COM compiler generated COM components. This book can serve as the engineering colleges and universities teaching reference books, the vast number of scientific and technological workers essential reference book.)

扩频通信系统实用仿真技术，书上各章节的程序一应俱全。(Practical spread spectrum communication system simulation technology, the program book chapters on everything.)

matlab读取各种类型格式(.mat格式.txt格式等)的源代码(the resource matlab mode for reading )

wiener fitter emulation

graphic plot representation of hermite polynomials and its functions

用matlab编写的基于的ofdm的调制信道模型(Prepared using matlab ofdm modulation based channel model)

说明：  基于clarke模型的瑞利多径衰落产生器，由移动台速度确定的瑞利衰落随机过程(A Rayleigh fading simulator based on Clarke s Model. Creates a Rayleigh random process with PSD determined by the vehicle s speed)

采用BFGS变尺度算法求解无约束优化问题的matlab程序代码(BFGS variable scaling algorithm for solving constrained optimization problems matlab code)

说明：  局部均值分解，自适应分解信号，可运行出PF分量(Local mean decomposition, adaptive decomposition signal)

—The minimum variance distortionless response (MVDR) approach is very popular in array processing. It is also employed in spectral estimation where the Fourier matrix is used in the optimization process. First, we give a general form of the MVDR where any unitary matrix can be used to estimate the spectrum. Second and most importantly, we show how the MVDR method can be used to estimate the magnitude squared coherence function, which is very useful in so many applications but so few methods exist to estimate it. Simulations show that our algorithm givesmuchmore reliable results than the one based on the popular Welch’s method.