tiles

这个是专门详细讲解Matlab中的.mat 文件的。(Matlab is designed to explain this in detail. Mat files.)

关于MATLAB图形用户界面(GUI)初学者指导教程系列，有较详细的说明和指导(On the MATLAB graphical user interface (GUI) Beginners Guide series, has a more detailed explanation and guidance)

ADRC相关文档 simulink 包括eso npd dc motor部分(ADRC documents part.eso npd dcmotor)

Matlab环境下，进行二维空间波动方程的模拟。吸收边界条件(Matlab environment, the wave equation for two-dimensional simulation. Absorbing boundary conditions)

Source separation problems in digital signal processing are those which are used to separate useful signal a mix of signals of interest, other signals and noise. The typical example of a source separation problem is the cocktail party problem, where many number of peoples are talking simultaneously in a room and a listener is trying to follow one of the discussions. The human brain can separate the voices of different people (source separation) using neurons in the auditory region. But source separation using digital signals is difficult task with the available techniques. Several approaches have been proposed for solving this issue but most of the techniques are still in development stages. Some of the successfully tested approaches are principal components analysis (PCA) and Independent components analysis (ICA). Both the approaches work well when there are no delays or echoes present

implementation of support vector machine

这个matlab程序主要介绍的而是OFDM调制过程，主要设置了符号数，载波数，循环前缀大小，对信号进行了IFFT变换，串并转换等。(The matlab program introduces the OFDM modulation process but the main set of symbols, the number of carriers, cyclic prefix size, the signal of the IFFT transform, string and conversion)

说明：  古典四级四阶显式Runge—Kuuta方法和隐式二级四阶Runge-Kutta的范例(Classical four-order explicit Runge-Kuuta method and implicit second-order fourth-order Runge-Kutta example)

说明：  关于MIMO weichselberger 的文档描述，主要有建模过程及方法，参数评定(Documentation on the MIMO weichselberger description of the main modeling process and methods, parameters assessed)

这个是惯性导航初始对准以及导航解算中常用的子程序(This is the inertial navigation initial alignment and navigation solver subroutine)