qam314matlabcode

TV-based image restoration and Chan-Vese segmentation. Usable MATLAB or C/C++

说明：  BP 算法的实现，分别包含了C++，Matlab，Forturn等几种语言的实现方法

说明：  采用LMS算法的盲均衡仿真程序，挺简单的，大家可作为参考(using LMS blind equalization algorithm for the simulation program, quite simply, we can reference)

说明：  卡尔曼滤波，我是从国外下载来得 ，大家看一下有什么问题，我不是很懂，最近正在做，有机会了和大家交流。(Kalman filtering, I was downloaded more from abroad, we have to look at what, I do not know very much about. recently are doing, and have the opportunity to share.)

Most recent approaches have posed texture synthesis in a statistical setting as a problem of sampling from a probability distribution. Zhu et. al. [12] model texture as a Markov Random Field and use Gibbs sampling for synthesis. Unfortunately, Gibbs sampling is notoriously slow and in fact it is not possible to assess when it has converged. Heeger and Bergen [6] try to coerce a random noise image.

设计一个滤波器滤除正弦信号中的噪声，还原正弦信号。正弦信号为sin100t，噪声信号是均值为0、方差为1的高斯白噪声。信号采样频率为2000 Hz。(The design of a filter to filter out the noise in the sinusoidal signal, restoring the sinusoidal signal. Sinusoidal signal sin100t, and noise signal with mean 0 and variance 1 Gaussian white noise. Signal sampling frequency of 2000 Hz.)

说明：  这是何强matlab扩展编程一书的完整源代码。以MATLAB扩展编程及其应用实例为主线,以MATLAB与C 程序、Visual Basic、Excel、网络和系统硬件的接口为核心,采用图文并茂的方式、简捷明快的手法和通俗易懂的语言,配合大量的代码实例以及一个简单的语音识别系统的具体实现。(This book of MATLAB programming and its applications expand as the main line, MATLAB and C program, Visual Basic, Excel, network and system hardware interface as the core, with pictures of the way, the method and technique and in plain language, with a large number of code examples and a simple speech recognition system implementation. )

离散傅里叶变换时实现信号频域分析的第一步，用matlab实现对离散傅里叶变换的描述。(Discrete Fourier transform when the signal frequency domain analysis to achieve the first step, using matlab to achieve a description of discrete Fourier transform.)

矩量法接线天线，求出电流分布，电荷分布，采用三角面元。(MOM method solve rfid and antenna。)

利用直角坐标的电力系统潮流计算 利用直角坐标的电力系统潮流计算(Cartesian coordinate system using the power flow calculation)