vector_quantization-algorithm

基于MATLAB平台编写的经验模态分解的源代码(Empirical Mode Decomposition )

非常好的三相整流与逆变控制，适合广大初学者学习(Very good three-phase rectifier and inverter control, suitable to the beginners to learn )

说明：  运动方程中的速度向量和加速度向量用位移的某种组合来表示，将微分方程组的求解问题转化为代数方程组的求解问题，并在时间区间内求得每个微小时间区间的递推公式，进而求得整个时程的反应。 中心差分法是一种显示的积分法，它基于用有限差分代替位移对时间的求导（即速度和加速度）。(Velocity vectors and acceleration vectors in motion equations are expressed by a combination of displacements. The problem of solving differential equations is transformed into the problem of solving algebraic equations. The recurrence formulas of each small time interval are obtained in the time interval, and then the response of the whole time interval is obtained. The central difference method is a display integration method, which is based on the finite difference method instead of the displacement derivative of time (i.e. velocity and acceleration).)

The objective is to measure the differences between two images, and measurement of image quality.

一个时滞微分方程的例子及matlab程序代码(These are some delay differential equations matlab code.)

Laurent分解是一种对连续相位调制信号的在数学上的推到，能够严格重构CPM信号(Quotient is a value that is a value of a value that is a value of a value that is a value of a value that is a value of a value that is a value of a value that is a value of a value that is a value of a value that is a value of a that is a value that is a value for a that is a value that is a value for a value, U591F u4E25 u683C u91CD u6784CPM u4FE1 u53F7)

三相并联型APF，利用ip iq谐波电流检测方法对非线性负载的谐波电流进行补偿(Three-phase shunt APF compensates harmonic current of nonlinear load by IP IQ harmonic current detection method)

一个简单的wave文件水印程序，使用LSB嵌入。(A simple wave file watermark, the use of LSB embedding.)

爬山法 光伏 最大功率跟踪模型 基于matlab的爬山法光伏并网逆变器最大功率跟踪模型-Matlab-based mountain climbing photovoltaic maximum power tracking inverter model(Matlab mountain climbing photovoltaic maximum power tracking 基于matlab的爬山法光伏并网逆变器最大功率跟踪模型-Matlab-based mountain climbing photovoltaic maximum power tracking inverter model)

用于智能天线原理演示（一维直线阵） 生成的指向性波束在主瓣方向与其他方向的功率对比(used for demostration of amart antenna（1-dimension straight array） to compare the power within the main lobe and other direction of the generated directional beam )