KSVD_Matlab

这个模型解释了DFIG WT的工作。 转子侧变流器模型化为受控电压源，忽略电网侧变流器，因为机器基本上由转子侧变流器控制，大部分有功和无功功率由机器提供。 矢量控制技术用于控制DFIG。 这不是一个完整的模型，而只是那些想了解双馈电机控制的人的起点指南。 机器的有功和无功功率由转子侧转换器调节。(this model explains the working of the DFIG WT. The rotor side converter is modelled as controlled voltage source and grid side converter is neglected as machine is basically controlled by the rotor side converter and most of the active and reactive power is supplied by the machine. The vector control technique is used for controlling the DFIG. This is not a full model but only a starting guide for those who want to learn about DFIG control. the active and reactive power of the machine are regulated by the rotor side converter.)

A detailed study and implementation of an RPC for FMCW radar

匹配追踪和正交匹配追踪，是国外的成品模型，采用偏最小二乘法。( Matching Pursuit and orthogonal matching pursuit, Foreign model is finished, Partial least squares method.)

30~50MHz的matlab设计程序，给出了响应曲线并给出了滤波实例(30 ~ 50MHz of matlab design procedures are given response curve and gives examples of the filtering)

This program allows you to analyze the size of grains in a micrograph with the intersection method arranged in a user-friendly GUI.(grain and particle analysis with line intersection method)

永磁同步电机滑模控制程序，电流环速度环采用滑模控制(Sliding mode control procedures, current loop speed control loop sliding mode)

模拟退火算法，可以实现matlab中的旅行商问题，谢谢下载。(The emulation backs fire calculate way )

ZF-SIC、MMSE-SIC检测算法实现，及误码率对比，带检测信道的所有行最小二范数的函数(ZF-SIC, MMSE-SIC detection algorithm, and the error rate compared with all the lines to detect the smallest two-channel function norm)

说明：  从图像经灰度级压缩，计算灰度共生矩阵，提取纹理特征参数，包括有能量，熵，惯性矩，对比度，相关度。算法包含有matlab封装函数计算方式，以及自行变成计算方式，两种纹理特征提取算法。(Gray level compression is used to calculate gray level co-occurrence matrix and extract texture feature parameters, including energy, entropy, moment of inertia, contrast and correlation. The algorithm includes two kinds of texture feature extraction algorithms: matlab encapsulation function calculation method and self-transformation calculation method.)

经过自己长时间的学习，编写了可实现机器人PID控制的matlab仿真程序。(Through their long learning, written a robot PID control matlab simulation program.)