time-domain-pitch-detection

《matlab实例》中有关图像处理的实例源码，希望对大家有帮助。(" Matlab examples" in the instance of the image processing source code, we want to help.)

VC_和Matlab混合编程在图像处理中的应用(VC_ and hybrid programming in Matlab Image Processing)

本书主要介绍如何运用Matlah与C.C + +进行混合程序设计。共分8章。主要包括Matlab程序设计初步、Matlab编译器、Matlab与C语言的接口、生成可独立运行的iatlah程序、VC++调用Matlah程序、Matlab DotNet Builder与VC++,Matcom与C/C++以及VC++调用Matlab C++数学库。另外，附录中介绍有关动态链接库的基础知识。各章包含大量 的实例程序，可供寻求将Matlab程序脱离Matlab环境的Matlab程序设计人员、寻求在Matlab中调用C/C++程序的程序设计人员、寻求在C,C++中调用Matlab程序的程序设计人员学习和参考。(This book describes how to use Matlah mixed with the CC++ programming. Divided into 8 chapters. Including Matlab programming initially, Matlab compiler, Matlab and C language interface to generate can be run independently of the iatlah program, VC++ calls Matlah program, Matlab DotNet Builder and VC++, Matcom and C/C++ and VC++ calling Matlab C++ math library. In addition, the appendix describes the dynamic link library on the basis of knowledge. Each chapter contains a large number of example programs are available for the Matlab program from the Matlab environment, Matlab programmer, seeking to Matlab to call C/C++ program programmers seek to C, C++ calling Matlab program programmers study and reference.)

SVM分类程序，可以进行多类分割，该程序的优点是可以直接运行处结果，对SVM初学者十分有利。(Svm classfication program which could run fluently without boring small bugs.)

精通MATLAB 是北航的张志用写的电子书 介绍了MATLAB6.5的使用 (Proficient in MATLAB was written by Zhang Beihang' s book describes the use of MATLAB6.5)

awgn channel matlab design

很多matlab编程实例，从例子中学习如何使用matlab编程(Many matlab programming examples, learn from the example of how to use matlab programming)

最新最全的SCI目录（大类加小类，齐全）(The newest polycysic SCI directory categories and subcategories complete )

《通信天线建模与matlab仿真分析》教材实例源代码，这个教材是国外的，国内买到的这本书都是没有源程序代码的。(" Communication antenna modeling and simulation matlab" materials source code examples, this material is foreign, domestic buy this book is no source code.)

介绍了近场波束形成的实现方法 以及利用三维扫描得到目标方位的方法(Describes the method as well as near-field beam forming method using three-dimensional orientation of the scanned target)