Turbo

提出了一种基于小波变换可抗击几何攻击算法。在水印嵌人 部分# 首先对宿主图像进行小波分解 、 嵌人水印, 再通过余弦变换求得该水印图像的一个特征向量, 利用该特征向量和水印 信息通过12 31 函数生成一个二值逻辑系列, 将该序列作为密钥/ 水印提取部分为# 对待测的图像进行小波变换, 再通过余 弦变换求得待测图像的一个特征向量, 利用该特征向量和密钥通过1 2 4 1 函数提取出水印。(Proposed based on wavelet transform algorithm can be against geometric attacks.# Watermark embedded in the first part of the host image wavelet decomposition, embedded watermark, and then through the cosine transform of the watermarked image obtained by a feature vector, using the feature vector and the watermark information through 1231 to generate a binary logic function series, the sequence as the key/watermark extraction part is# treated transform measured image, and then obtained through the cosine transform the image of a feature vector under test, using the feature vector and the key function by 1241 to extract the watermark .)

FIR Low pass filter simulation using matlab

仿真模型为Buck变换器，采用电压电流双闭环控制，输出电压稳定，无超调，鲁棒性好(Buck transformer)

说明：  OFDM同步算法关于OFDM同步算法的代码，其中包括基于循环前缀的最大似然估计算法，基于训练序列的同步算法估计，以及训练序列的改进同步算法等等(The code of OFDM synchronization algorithm, including maximum likelihood estimation algorithm based on cyclic prefix, synchronization algorithm estimation based on training sequence, and improved synchronization algorithm of training sequence, etc)

2FSK 的调制与解调 实现误码率图 MATLAB(2FSK realize the modulation and demodulation BER MATLAB Figure)

点对点mimo的仿真程序。其中包括无分集方式，1*2的分集和1*4的分集。仿真图和alomouti原文献的图一样。(Point mimo simulation program. Including non-diversity mode, 1* 2 1* 4 sub-sets and a sub-set. Simulation map and alomouti as the original plan documents.)

光伏并网的MATLAB模型，实现MPPT和光伏模型(MATLAB model of PV and net realized and photovoltaic MPPT model)

斯坦福ply格式文件读取显示程序，用matlab写的，测试可用(Stanford ply format file to read the display program, written with matlab, the test can be used)

This upload files are composed of 5 examples. 1. Static force simulation for flat endmill 2. Dynamic force simulation for flat endmill 3. Optimisation problem 4. One dimensional wave simulation of a string 5. Stability lobe diagram for milling

This MATLAB M-file will produce the FDTD solution of a sectoral (2-D) Perfectly Electric Conducting (PEC) horn antenna excited by a sinusoidal voltage in a TEz computational domain.(This MATLAB M-file will produce the FDTD solution of a sectoral (2-D) Perfectly Electric Conducting (PEC) horn antenna excited by a sinusoidal voltage in a TEz computational domain.)