Face-a-eye-detection-codes

3 MATLAB functions for simulation of OFDM signal in Rayleigh fading channel. Including models for OFDM frame generating, cyclic prefix, pramble, as well as model for Rayleigh channel, QAM modulation function and a example of test process.

used for clonal selection

说明：  MATLAB在数字图像处理中，多次使用的语句，可以快速的学习数字图像处理(MATLAB in digital image processing, the repeated use of the statement, you can quickly learn digital image processing)

本书提供了matlab语言的编程语法和基本函数，并给出了simulink仿真实例，对于学习matlab的人来说非常有用(This book provides a matlab programming language syntax and basic functions, and gives simulink simulation for learning matlab very useful for people who)

利用聚类算法和小波分析进行声发射信号的阈值去噪 (The use of clustering algorithms and thresholding wavelet analysis of acoustic emission signals)

Kalman滤波的matlab例程,内含kalman滤波方法的介绍.(Kalman filtering matlab routines, including the introduction kalman filtering method.)

变频调速系统仿真搭建模型 由于观测仿真波形 记录以及分析实验结果(Variable speed control system simulation build the observation model simulation and analysis of experimental results wave record )

Shows single- and two-stage-decomposition of a sample image, as well as reconstructed branches. The reconstruction error is shown. Also demonstrates that better compression can often be obtained if different thresholds are allowed for different subbands.

kalman滤波matlab程序，自己读了一点修改了一点，里面有说明(kalman filter matlab program, read a little modified a bit, which is described)

CDMA Simulation Using MATLAB This program models a simple implementation of CDMA technology. It considers multiple bit data streams sent by any number of senders across a common channel. Each sender uses a unique code word, given by the Walsh set, to encode its data, send it across the channel, and then perfectly reconstruct the data at the receiver. The simulation utilizes these simplifications: 1. The individual data streams share the same bit length. 2. The code words are determined using the Walsh set to create orthogonal code words. 3. The spreading factor M of each code word is identical. 4. All users (data streams and codes) are synchronized in time. 5. Set-up and hold times of real-world systems are ignored. 6. The channel through which the data passes is ideal.