package_emd

说明：  客观、合理的评价学生学习状况,这个不是我的论文，是哈尔工工业大学付强和田义的文章，是当时的一等奖论文吧(Objective, reasonable assessment of student learning conditions, this is not my thesis work is the University of Al and Tian Qiang article, was it the first paper)

说明：  本算法为离散pid算法，在matlab平台可以对连续设备进行仿真。(The algorithm for the discrete pid algorithm matlab platform for continuous simulation equipment.)

说明：  Matlab source code for kalman filter

histogram of each part from RGB image

ica的算法，独立成分分析，剔除噪声，数据处理(ica algorithm, independent component analysis, eliminate noise, data processing)

书籍《精通MATLAB最优化计算》(配套光盘)，《精通MATLAB最优化计算》左右matlab 优化的经典教材~~(Books "Mastering MATLAB optimization calculation " ( matching CD ) , " proficient in MATLAB optimization calculation " about the matlab optimization of the classic textbook ~ ~ )

矢量控制是目前交流电机的先进控制方式，一般将含有矢量变换的交流电机控制都称 之为矢量控制，实际上只有建立在等效直流机模型上，并按转子磁场准确定向的控制，电机才能获得最优的动态性能。 矢量控制的基本思路是以产生相同的旋转磁动势为准则，将异步电机在静止三相坐标系上的定子交流电流通过坐标变换等效成同步旋转坐标系上的直流电流，分别加以控制，以达到直流电机的控制效果。(Vector control is an advanced control method of AC motor at present. Generally, vector control is called vector control. In fact, only based on the equivalent DC motor model and accurately oriented control according to the rotor magnetic field, can the motor obtain the optimal dynamic performance. The basic idea of vector control is to generate the same rotating magnetomotive force as the criterion. The stator AC current of asynchronous motor in the static three-phase coordinate system is converted into DC current in the synchronous rotating coordinate system by coordinate transformation, and then controlled separately to achieve the control effect of DC motor.)

人工神经网络实例，我运行结果正确。可用于RBF数值预测(Artificial neural network example, I run the correct result. Numerical forecast for RBF)

It is Radar System design and signal prcessing code based on standard algorithm .this is vey important for biggener those who are working on Radar signal processing area.This code contain various chapter. this is basically chapter No2

图标编辑的源码，比较适合初学者进行分析。(Icon editor source code analysis is more suitable for beginners)