Tx2_Rx1

扩频系统，首先随机产生01序列，然后通过扩频，脉冲成型，BPSK调制发送，接收端接收进行解扩解调(The wide frequency system, first stochastically has 01 sequences, then through the wide frequency, the pulse formation, the BPSK modulation transmission, the receiving end receive carries on the despread demodulation. )

THE COMPUTER EXPLORATIONS TOOLBOX --------------------------------- This directory contains the Computer Explorations Toolbox, which is the set of M-files and data files which accompany the textbook "Computer Explorations in Signals and Systems using MATLAB" by John Buck, Michael Daniel, and Andrew Singer, Prentice Hall.

无线传感器网络协议仿真对比，死亡节点数随时间的变化对比，传输到基站的数据对比，网络能量消耗对比以及生命周期和稳定周期对比等(Wireless sensor network protocol simulation contrast, death nodes comparing the change with time, comparison of the data transmitted to the base station, network energy consumption and life cycle and the comparison and contrast stable period)

本文是关于无功补偿器的一种控制方法，是基于模型预测控制的，本文作者有两篇关于这个问题的论文，这一篇比较详细，可以作为了解statcom的预测控制的材料。(This article is about the kind of reactive power compensation control method is based on the model predictive control, the authors have two papers on the subject, this one in more detail, can be used as material to understand statcom predictive control.)

可以从一幅含有头和肩部的图像中检测出人脸，并用矩形框框起来，将矩形框中的人脸裁剪出来并另存为80*80的图片(Can be detected an image containing a head and shoulders of a person' s face, and the frame up with a rectangle, the human face of the rectangular box to cut out and save it as 80* 80 pictures)

关于MATLAB生成正弦波的程序这个是最原始的程序。。。(About MATLAB to generate the sine wave procedures are the most primitive procedures. . .)

this is the gaussian pulse generator waveform this function is to build gaussian pulse

dsb仿真，没有高斯白噪声的，可用！！！(dsb simulation, there is no white Gaussian noise can be used! ! !)

说明：  这个程序实现了对一个各态遍历，服从瑞利分布的mimo信道传输容量的计算。(This procedure achieved a traversal of the state, subject to Rayleigh distribution of MIMO channel transmission capacity calculations.)

基于马尔科夫的蒙特卡罗算法，可以精确计算各种随机事件，但是不能运用于太大的系统(Monte Carlo algorithm that can accurately calculate the various random events, but can not be much of a system)