802.15.3-UWB-channel-model

说明：  傅里叶变换能将满足一定条件的某个函数表示成三角函数（正弦和/或余弦函数）或者它们的积分的线性组合。利用傅里叶变换可对语音信号消噪。(ourier transform to meet certain conditions can be expressed as a function of trigonometric functions (sine and/or cosine functions), or their integral linear combination. Fourier transform to denoising the speech signal.)

干扰对齐中，两种经典的分布式算法（Max_SINR与Min_MLI）对比matlab代码(Interference alignment, the two classical distributed algorithm (Max_SINR and Min_MLI) contrast matlab code)

说明：  图像复原--数字图像处理--matlab程序(Image Recovery- Digital image processing- matlab program)

Demo Speed通信协议MATLAB实现。基于动态帧时隙ALOHA(DFSA)协议与正交可变扩频因子码(OVSF)作为扩频码的码分多址技术相结合的超高频RFID系统(Demo Speed ​ ​ Communication Protocol MATLAB. (DFSA) agreement with orthogonal variable spreading factor code (OVSF) UHF RFID system based on dynamic frame slot ALOHA CDMA technology spreading codes as a combination of)

这个代码可以在matlab6.5版本以上运行,至于低于这个版本的不能保证.(This code can run matlab6.5 version of the above, as below this version can not be guaranteed.)

说明：  中间的程序是外推程序,......... 但是下面的程序仿真部分和外推部分的标号有写出入,因为不是同一时期编的 请大家注意： 程序中用的是频域外推法，在葛德彪的书中有详细的介绍。(Central procedure is the extrapolation procedure ,......... but some of the following procedures for simulation and extrapolation part of the labeling has to write out, because they are not made during the same period the U.S. Please Note: The procedure used is the frequency of extra-territorial extrapolation method, in the GE De-biao book has a detailed introduction.)

10分钟学习GUI系列视频代码,35个完整的GUI实例系列代码(10 minutes to learn GUI series video code, 35 complete GUI examples of serial code)

OSIC（排序的连续干扰消除）信号检测仿真程序，实现不同的OSIC信号检测方法：基于SINR排序、基于列范数排序、基于检测后的SNR排序(OSIC (ordered successive interference cancellation) signal detection simulation program OSIC achieve different signal detection method: SINR based sorting, sorting based on the norm of the columns, after the detection ordering based SNR)

marginal_hht, marginal_power_hht,phase difference

画图像的直方图，先通过统计的方法，得到统计块数，可自行定义横纵坐标(Draw image histogram, first by statistical methods, the statistics the number of blocks, you can define horizontal and vertical coordinates)