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说明：  用递推的极大似然法对系统辨识，对具有随机噪声的二阶系统的模型辨识(Using the recursive maximum likelihood method of system identification, random noise with the second-order system model identification)

说明：  MATLAB中的EKF、UKF工具箱，帮助更好地理解如何用将Kalman滤波器应用到截断数据模型中。(EKF and UKF Toolbox for matlab)

利用一個統計方法，可以設定感應器資料與流程，設定行為流程後，可以再透過統計寄送出使用者行為！(Use a statistical method, you can set the sensor data and processes to set the behavior of processes can be sent through statistical user behavior.)

I found it s so terriable to search Fisher s exact test well written in matlab. So here is the file that produces p-value efficient, with good examples, easy for beginner s without any knowledge about theory behind.

Compiler Codings for Image Processing

Matlab的积分内容，举例说明了积分的应用，还有怎么解决Matlab中内容复制到Word等时出现乱码的问题(Matlab integration content, illustrates the application of integration, as well as how to solve Matlab, copy the contents to Word and other problems when garbled)

matlab实现VOC数据集的物体扣取。(Matlab VOC cutting data set object)

给定一个音频范围内的模拟强噪声随机信号（强噪声+周期信号），将信号从强噪声中提取出来，并计算原信号及提取信号的均值、平均功率、方差、频谱及功率谱密度、互相关等 并附带图形(Given within the scope of an audio simulation of strong noise random signal (noise+ periodic signal), the signal from strong noise in the extracted and calculated signals and extract the original signal of the average, average, variance, spectrum and power spectral density , such as inter-related and incidental graphics)

smart antenna. WS=Z where Z=[1 0 0..]T & S is the stearing vector.Find W? STEP1:Input Number of Array Elements, The Separation Distance Between Elements, The Operation Frequency, The Angle of Incidence of The Desired Source Signal , The Angle of Incidence of The Interference Un-Desired Source Signals Respectively, The Angle of Incidence of the Undesired Interference Source Signal STEP2: Estimatie The Weight Vector of A Null Steering Beamformer STEP3:Inverse of Steering Beamformer STEP4:Find Weights Vector by using equation W=S-1ZT STEP5:Plot

分集最大比合并系统,对应有SISO，SIMO，简单明了，具有很大的价值。(diversity，MRC，including siso and simo,it is simple but useful.)