MATLAB7Xproramminglanguage

matlab 畸变校正。功能：对发生桶形畸变的数字图像进行校正(Function: Digital image of barrel distortion correction occurs)

说明：  精通Matlab综合辅导与指南.其中有一些程序。适合于自学。(Proficient in Matlab comprehensive counseling and guidance. Some of these programs. Suitable for self-study.)

用matlab求复杂网络的节点的度、聚类系数、路径长度等，是关于有向网络的。(Complex networks using matlab and node degree, clustering coefficient, path length, to the network.)

这是用itpp库编写的卷积码的解码程序。由于用C++库和Intel的MKL库，所以速度飞快。同样的仿真点数， Matlab2012下用了15分半钟，而这个程序仿真只用了半分钟，相当于是matlab速度的30多倍。(This is itpp prepared for the convolutional code decoding process. Because with C++ libraries and Intel' s MKL library, so fast. The same simulation points under Matlab2012 spent 15 and a half minutes, and this program simulation with only half a minute, the equivalent of 30 times the speed of matlab.)

说明：  小波变换中mallla塔式多层分解以及重构算法可用于信号去噪(Wavelet decomposition and multi-storey tower in mallla reconstruction algorithm can be used for signal denoising)

可以用来演示傅里叶级数 逐项累加 逼近矩形波的效果(Can be used to demonstrate Fourier series, item by item, accumulative approximation of the rectangular wave effect)

本文件包含MATLAB数字图像处理工具包的所有函数介绍。(This file contains the MATLAB image processing tool kit describes all the functions.)

Consist of SPWM Generator. Three phase inverter with pulses.

A system for disciplined convex programming Copyright (C) 2005-2012 Michael C. Grant and Stephen P. Boyd. This program is free software you can redistribute it and/or modify it under the terms of the GNU General Public License as published

North of Norway has extremely good conditions for wind power generation. As the existing main grid will not be able to integrate all the wind parks, the alternative to build a new corridor with multi-terminal HVDC Light North of Norway to Middle of Norway, is under study. HVDC Light is more and more concerned recently to improve power system stability due to its supreme controllability. The thesis will be directed towards investigating the possible problems to be encountered in an HVDC Light installation. A platform for the control of HVDC Light based on the vector control principle will be first established. With a good understanding of this control platform, the model will then be tested under several circuit conditions, to test the capability and robustness of the controller to handle these situations.