power_converter

本教程提供了使用MATLAB的实践性指导，它基于MATLAB6.0版，内容由浅入深，特别是本书对每一条命令的使用格式都作了详细而又简单明了的说明，并配备了例题加以说明其用法，因此，对于初学者自学是很有帮助的；同时，又对数学中的一些深入问题如数值分析、稀疏矩阵、优化理论以及模糊数学等问题进行了较为详细的论述，因此，该书也可作为科技工作者的科学计算工具书。(This tutorial provides a practical guide for using MATLAB, which is based on MATLAB6.0 version of the content of Deep and, in particular the book using the format of each command are detailed but simple instructions, and be equipped with examples on its usage, therefore, is useful for beginners learning the same time, some of the depth of mathematical problems such as numerical analysis, sparse matrix, optimization theory and fuzzy mathematics and other issues discussed in detail, therefore, the Books can also be calculated as the scientific and technological workers, tool.)

一个详细的matlab设计鲁棒控制器的例程，有设计过程和相应的代码积分析，学习鲁棒控制的好的入门资料。(A detailed design of robust controller matlab routines, there is the design process and the corresponding code plot analysis, to study the robust control of a good introductory information.)

基于matlab的有限元程序源代码，希望大家喜欢(Based on the finite element program matlab source code, I hope everyone likes)

用Matlab实现 有限元方法中的 节点生成(Matlab fem node)

说明：  工作面采完后，地表沉陷曲面图利用MATLAB软件进行绘制-下沉曲面图和等值线图的绘制(Face after mining, surface subsidence surface Figure drawn using MATLAB software- sinking surface maps and contour mapping)

说明：  可以方便地将matlab里的数据导入quartus中的波形仿真文件中，很有用(Matlab can easily import the data in waveform simulation Quartus document, very useful)

经典功率谱估计方法——直接法和间接法,以及改进的经典功率谱估计方法-Welch法(Classic power spectral estimation methods- direct and indirect methods, as well as improvements to the classic power-Welch method of spectral estimation method)

蛇形算法，用于提取物体的轮廓，对于一般的图形（只要边缘的角度不大于90度）识别率还是很高的。(Snake-like algorithm, used to extract the outline of objects, for the average graphics (as long as the edge of the angle of not more than 90 degrees) or very high recognition rate.)

用于将长的信号break into小的piece，然后对每段小piece做信号处理，然后再将整个的信号还原回原始信号长度。(The signal is used to break into long small piece, and then each small piece to do signal processing, and then restore the signal back to the original signal length.)

periodogram in a white noice