xiamding

AOK自适应时频分布算法， 是基于自适应最优核的时频分析软件，该软件包括自适应时频分析的计算内核及Matlab 交互脚本。计算内核是基于C 编译的，并针对Intel P4、AMD 作了不同优化；(based on Adaptive optimal kernel time-frequency analysis software based on Adaptive optimal kernel time-frequency analysis software)

一些常用的小程序，具有较高的可重用性。另外都可以运行。(Small number of commonly used procedures, have a high reusability. Also can be run.)

《visual c++matlab图像处理与识别实用案例精选》源码(" Visual c++ matlab image processing and recognition of practical cases selected" source)

matlab实现OFDM算法的仿真代码，可以实现OFDM算法的功能模拟。(implement the simulation algorithm matlab code OFDM, OFDM algorithm can achieve functional simulation.)

Plotting graphics Real Gas Van der Waals using MATLAB From Jogja to World

基于自组织特征映射神经网络的图像压缩算法，ＥＩ检索论文，绝对有参考价值．(Based on self-organizing feature map neural network image compression algorithm, EI retrieval papers, the absolute reference value.)

本代码可以实现绕过win7UAC（用户账户控制），可以很好的实现(This code can realize to bypass win7UAC, (User Account Control), can achieve a good)

It contains 4 matlab codes for ZF,MMSE,ML equalizer for MIMO systems and 1 document based on linear detector for MIMO system

协作多点传输（CoMP）技术中联合处理（Joint Processing, CoMP-JP）和协同波束赋形（Coordinated Beamforming, CoMP-CB）两方案中的迫零（Zero-forcing）预编码的基本原理和实现，并进行了仿真分析。此为异构网(Coordinated multipoint transmission (CoMP) technology combined treatment (Joint Processing, CoMP-JP) and collaborative beam forming (offset from Coordinated Beamforming CoMP-CB) the zero forcing two programs (Zero-forcing) the basic principle of pre-encoded and achieve and simulation analysis. This is a heterogeneous network)

A MATLAB M-file which automates this calculation and plots the resulting torque-speed characteristic is shown below. It peIfonns the same steps as part a to detennine the speed for each load current, and then calculates the induced torque at that speed. Note that it reads the magnetization curve from a file called f i g9 _ 9 . ma t. This file and the other magnetization curves in this chapter are available for download from the book s World Wide Web site (see Preface for details).