SVPWM

In control theory and stability theory, root locus analysis is a graphical method for examining how the roots of a system change with variation of a certain system parameter, commonly a gain within a feedback system. This is a technique used as a stability criterion in the field of classical control theory developed by Walter R. Evans which can determine stability of the system. The root locus plots the poles of the closed loop transfer function in the complex s-plane as a function of a gain parameter.

说明：  等概率二进制的产生，重复码编码，ＴＨ编码，脉冲形成．(probability of such a binary have repeated coding, TH coding, pulse formation.)

说明：  反向传播算法的变形例子的CGBP，共轭梯度的轨迹算法程序。有WINDOWS界面。(back propagation of the deformation CGBP example, the conjugate gradient algorithm track procedures. A Windows interface.)

说明：  给予双层搜索的峰均功率比抑制技术仿真 循环是1000 (DLPS)

各种系统辨识方法，对一阶，二阶，三阶自衡系统进行辨识。用到的方法有面积法等等……(Various system identification method, first, second, third from the value system identification. The methods used in an area of law, etc ... ...)

采用自适应信号处理技术的低成本回波抵消器(Adaptive signal processing techniques echo canceler cost)

matlab遗传算法代码，非常不错，值得看看(matlab genetic algorithm code, very good, worth a look)

一个用MATLAB开发的GUI程序,程序本身是用来进行图像的灰度变换,但是是学习GUI入门编程的好代码,初学者不妨一读(Using MATLAB development of a GUI program, the program itself is used for images of gray-scale transformation, but to learn GUI programming a good entry-code, one may wish to read for beginners)

实例1：三角函数曲线（1） 实例2：三角函数曲线（2） 实例3：图形的叠加 实例4：双y轴图形的绘制 实例5：单个轴窗口显示多个图形 实例6：图形标注 实例7：条形图形 实例8：区域图形 实例9：饼图的绘制 实例10：阶梯图 实例11：枝干图 实例12：罗盘图 实例13：轮廓图 实例14：交互式图形 实例15：变换的傅立叶函数曲线 实例16：劳伦兹非线形方程的无序活动 实例17：填充图 例18：条形图和阶梯形图 实例19：三维曲线图 实例20：图形的隐藏属性 实例21PEAKS函数曲线 实例22：片状图 实例23：视角的调整 实例24：向量场的绘制 实例25：灯光定位 实例26：柱状图 实例27：设置照明方式 实例28：羽状图 实例29：立体透视（1） 实例30：立体透视（2） ()

说明：  在本系统中，信息序列在先经过FSK调制，经过截止频率为25kHz的低通滤波器后（把信号频率限制在25kHz），再进入混频器搬移到更高的频率发送出去，在接收端，用与发送端同步的跳频信号对其进行变频（跳频的解跳处理在此进行），取下边频，然后进行FSK的解调(In this system, the message sequence prior through FSK modulation, through the cut-off frequency of 25kHz after low-pass filter (to limit the frequency 25kHz), and then move into the mixer to a higher frequency to send out, at the receiving end used with frequency hopping synchronization signal transmitter carried on their conversion (FH' s solution to deal with this for jumping), take down side frequencies, then the demodulation of FSK)