压缩感知一维成像

说明：  快速傅里叶变换，是快速计算序列的离散傅里叶变换（DFT）或其逆变换的方法。傅里叶分析将信号从原始域（通常是时间或空间）转换到频域的表示或者逆过来转换。FFT会通过把DFT矩阵分解为稀疏（大多为零）因子之积来快速计算此类变换。(Fast Fourier transform (FFT) is a fast method to calculate the discrete Fourier transform (DFT) of a sequence or its inverse transform. Fourier analysis transforms a signal from its original domain (usually time or space) to its representation in the frequency domain or vice versa. FFT can calculate these transformations quickly by decomposing DFT matrix into product of sparse (mostly zero) factors.)

modbus 测试程序 入门好例程哦！-Modbus test procedure entry routines Oh good!

说明：  极化编码的信道挑选算法，高斯近似算法，matlab(Polar code channel selection algorithm, Gauss approximation algorithm, matlab)

说明：  Miz702 ZYNQ开发教程20章，用于zynq器件的入门学习。(Miz702 ZYNQ Development Tutorial Chapter 20)

大一时写的一个人事课设，写的不好，就看看而已-large write a lesson based personnel and write well, only to see it

基于emguCV库，调用电脑摄像头，获取图像，进行RGB通道信息分离(Based on emguCV library, we call the computer camera to get the image and separate the RGB channel information.)

编写C程序，随机给出n*n的邻接矩阵，并打印输出邻接矩阵，以及有向图的边的个数，每个顶点的度，并判断该图中是否存在Euler回路： （1）如果为n阶，则随机产生一个n*n的邻接矩阵； （2）输出邻接矩阵，边的个数，每个顶点的度以及图中是否存在Euler回路。 这个题目涉及到了两个主要的知识点，一个是数据结构中的有向图的邻接矩阵的创建，还有就是离散数学中的Euler回路的判定定理。(The preparation of C procedures, were randomly given n* n s adjacency matrix and adjacency matrix printouts, as well as to map the number of edges, each vertex degrees, and determine the existence of the map Euler circuit: (1) If for n-order, then randomly generated a n* n adjacency matrix (2) output adjacency matrix, the number of edges, each vertex of degree as well as map the existence of Euler circuit. This topic relates to two main points of knowledge, a data structure of digraph adjacency matrix of creation, there is discrete mathematics in the loop to determine Euler theorem.)

BT服务器源程序-BT server source code

说明：  simulink下 DC/DC 到DC/AC 并网 扰动观察MPPT，双闭环并网(Observation of DC/DC to DC/AC grid-connected disturbance under Simulink and double closed-loop grid-connected MPPT)

说明：  mcr_toolbox mar-als toolbox,this is a toolbox to calculate the concentration