Texture-Extraction-using-GLCM

this book is about digital electronics

一个非高斯目标方法的例子，研究不同自适应方法(A non-Gaussian examples of the target method to study the different adaptive methods)

LDPC Encoder and Parity check matrix file for Chinese Digital Tv transmission..

该文件中包含了详细的matlab实现的源代码，很适合初学者入门。代码的运行环境有要求： 1. 软件环境 需要安装暴风影音才能正常播放.WMV文件； MATLAB R2011b 版本的软件。 2. 硬件环境 处理器：CPU主频不低于1GHz； 内存：不小于256MB； 硬盘：不小于10GB； 显示器：支持1024*768分辨率。(The file contains a detailed matlab realize the source code, it is suitable for beginners. Operating environment code required: 1 Software Environment         STORM need to be installed in order to play properly .WMV file         MATLAB R2011b version of the software.     2 hardware environment         Processor: CPU clock speed of not less than 1GHz         Memory: not less than 256MB         Hard disk: not less than 10GB         Display: 1024* 768 resolution.)

simulate the STBC code for mimo system

利用MATLAB编程实现遗传算法，并结合一维多峰值函数对算法性能进行了测试，在MATLAB环境中采用遗传算法有效地解决了求解函数的优化问题，仿真结果验证了该算法的有效性，图像直观，性能优越，为遗传算法的实际应用开辟了新的途径和渠道。(Genetic algorithms using MATLAB programming, combined with a function Victoria Peak performance of the algorithm was tested in the MATLAB environment using genetic algorithms to effectively solve the problem of solving function optimization, simulation results verify the effectiveness of the algorithm, the image visually superior performance, the practical application of genetic algorithms has opened up new avenues and channels.)

现代数字信号处理 AR（p）模型 matlab程序(ADSP AR(p) model，MATLAB)

利用Matlab/Simulink实现基于准比例谐振控制电压的逆变器(Inverter based on quasi-proportional resonance control voltage using Matlab/Simulink)

说明：  ：抽取是软件无线电中最核心部分。通过对多项抽取结构的分析，设计出一种多 级抽取滤波器的实现方案，并通过MATLAB仿真实现。 关键词：软件无线电；多相结构；多级抽取滤波器(: Extraction is the most central part of the software radio. By taking a number of structural analysis, design a multi-stage decimation filter implementation scheme, and Simulation by MATLAB. Key words: software radio heterogeneous structure multi-stage decimation filter)

1-D FDTD code with simple radiation boundary conditions