16QAM-OFDM

说明：  a method towards Genetic Algorithm

An n-armed Bandit Problem , in Reinforcement Learning: An Introduction book by Richard S. Suttonand Andrew G. Barto,

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

Dynamically create a variable. This should create a context extension.

hpfield 求解TSP的MATLAB源代码(hpfield solving TSP s MATLAB source code)

刘金琨的机器人控制系统与matlab仿真程序，很实用，代码包括滑模变结构控制，模糊控制，反演控制等控制算法。(The Liu Jinkun robot control system and Matlab simulation program, it is practical, the code includes the sliding mode variable structure control, fuzzy control, inversion of control and other control algorithms.)

说明：  CS端点检测,基于语音压缩感知的语音在不同噪声下的语音端点检测程序(compressed sensing)

运用MATLAB建立飞机模型，机翼 机身的源代码(use MATLAB creat a airplane model )

In factor analysis rotations of the loadings are very often applied, whereas in chemometrics these methods are very seldom used. This is in spite of the fact that it is possible to obtain better conditions for interpretation of PCA models on complex data. I here provide an algorithm by which it is possible to apply rotations from the Orthomax family (quartimax and varimax) to a PCA-model.

C++反射的一种简单实现 A simple way to make cpp reflection real(A simple way to make cpp reflection real)