gouzhao

Does a picture of the dispersion relation. The figure should be compared with Figure 7.2-10 of the book. Reference: Fundamentals of Photonics-Second Edition

这是第二能量熵的matlab代码，抑制载波型差分相位调制，一个师兄的毕设。( This is the second energy entropy matlab code, Suppressed carrier type differential phase modulation, A complete set of brothers.)

二维图像的omp算法重构，使用matlab 编程(The 2-d image reconstruction omp algorithm using matlab programming,)

关于单载波频域均衡系统，判决反馈均衡的仿真。(On single-carrier frequency domain equalization using decision feedback equalization simulation material, and I hope to help you.)

波束形成中music和常规波束形成比较。常规波束形成方法、music方法。可直接运行，其中有详细的文字解释。(Beamforming music and conventional beamforming comparisons. Conventional beamforming method, music methods. Can be directly run, including a detailed explanation of the text.)

Divide/Create data into K-Folds training and testing data which are balanced basing on the labels. It is for k-fold cross validation.

STM32制作的MP3的全部资料，包括面积、周长、矩形度、伸长度，最大信噪比的独立分量分析算法。( STM32 all the information produced by the MP3, Including the area, perimeter, rectangular, elongation, SNR largest independent component analysis algorithm.)

implementation of fisherfaces for matlab

这是一个基于GUI系统。 GUI是在命令行调用通过键入“ui_start”。 GUI是自我解释性。 工具提示是由于在蓝颜色。将光标定位需要这些详细的说明。主要文件 “runsim.m”。在这些模拟的单变量的选择是没有明确给出。这是因为单输入单输出的结果为特定 调制类型显示在每一个用于比较的阴谋。(This is a GUI based system. The GUI is invoked from the command line by typing "ui_start". The GUI is self explanatory. Tool tips are given in blue color. The cursor needs to be positioned on these for detailed explanation. The main file is "runsim.m". In these simulations the SISO option is not explicitly given. This is because the SISO result for a particular type of modulation is shown in every plot for purposes of comparison. This software has been tested on MATLAB version 6.0 and above with signal processing and communication toolbox options.)

一维配点型无网格算法matlab程序，以一维单位长度杆为例子。(ONE DIMENSIONAL Collocation-based MESHLESS PROGRAM FOR SOLVING A 1D BAR OF UNIT LENGTH SUBJECTED TO A LINEAR BODY FORCE OF MAGNITUDE X WHOSE EXACT SOLUTION IS GIVEN BY u = (x/2- x^3/6)/E)