PartiallySuppressedTest

matlab 分类器。。。。。。。。。。。。。。。。。。。。(matlab classifier. . . . . . . . . . . . . . . . . . . .)

matlab下均匀分布自相关函数、正态分布自相关函数、随机信号自相关函数、随机相位信号自相关函数及其分别的功率谱密度图形。(matlab autocorrelation function under the uniform distribution, normal distribution, the autocorrelation function, autocorrelation function of random signals, the autocorrelation function of random-phase signal and their respective power spectral density graphics.)

支持向量机的matlab实现代码，能实现支持向量机的建模，与识别(Support vector machine matlab code to achieve the support vector machine modeling, and recognition)

处理心电信号中的基频漂移和工频干扰的一种算法。(a resolution to solve the baseline drift and line-frequency )

说明：  基于MATLAB的源SVM程序包，请试用(based on MATLAB source SVM package, please try)

随着应用的越来越复杂，对数据同步和存储的要求越来越多，有时候我们面对大量复杂的数据加载和数据同步代价，尤其是如果单服务器无法承载大量应用数据的时候，我们如何可以实现动态扩展服务器已达到负载均衡的目标(As applications are becoming more complex, the data synchronization and storage requirements are more and more, sometimes we are facing a large amount of data loading and data synchronization costs, especially if a single server cannot load a lot of the time of application data, how can we realize the dynamic extension of the server has reached the aim of load balancing)

结合广义旁瓣滤波（GSC）和理想二值掩蔽（IBM）的麦克风阵列语音增强算法(microphone array speech enhancement based GSC and IBM )

此代码是求TSP中群蚁问题的全代码，只需对其中的数据进行适当的调整就可以套用(This code is a group of ants seeking TSP problem in the whole code, only the data on which appropriate adjustments can be applied)

说明：  瑞利衰落信道中空时编码仿真程序： 1.2根发射天线、1根接收天线2.最高信噪比为12dB，即仿真范围为0dB到12dB3.在每个信噪比条件下,误符号数超过20即停止该信噪比条件下的仿真4.每一帧数据为24个QPSK符号(Rayleigh Fading Channels Space-Time Coding Simulation Program: 1.2 transmission antennas, a receiving antenna 2. The highest SNR 12dB, that is, simulation range of 0dB to 12dB3. In each signal to noise ratio conditions, the number of symbol error over 20 that is, to stop the signal to noise ratio under the conditions of simulation 4. each frame 24 QPSK data symbols)

人脸识别，基于matlab编程，可识别人脸的轮廓(Recognition, based on matlab programming, the contours of the face can be identified)