线性调频脉冲压缩完整程序

通信系统中实现双边带调制与解调。用matlab方式实现。(Communication systems to achieve a bilateral with modulation and demodulation. Way to use matlab.)

说明：  该文档介绍了高速移动情况下，由于多普勒频移导致的ICI干扰问题。描述了问题的产生，解决的算法，并附有自消除、最大似然估计、卡曼滤波参数估计的matlab仿真(introuces the ICI problem in high-speed mobile radion channel.Describe the reasons ,algorithms,such as Self-cancellation,ML,Kalman.And the M files are atteched)

通过计算最大互相关（Cross Correlation），在给定的图像中检测目标图像，并在图像显示窗口中高亮该区域(By calculating the maximum cross-correlation (Cross, The Correlation), detection of the target image in a given image, and highlight the region in the image display window)

find the center of gravity of speech singal.

matlab code for modulator and demodulator M-QAM

Project on Image Restoration

说明：  以下两篇应用复杂网络解决电力系统问题文章的源代码 1.Applications of Complex Network Analysis in Electric Power Systems 2.Optimal Microgrids Placement in Electric Distribution Systems Using Complex Network Framework(Applications of Complex Neworks in Power Grids Code used for the papers: 1-Applications of Complex Network Analysis in Electric Power Systems 2-Optimal Microgrids Placement in Electric Distribution Systems Using Complex Network Framework)

matlab编写的MIMLBoosting算法，其中包括实现算法的函数，还有可作为示例的数据和主程序，可以运行，可以对多示例多标记样本进行分类，并计算正确率等多个指标。(MIMLBoosting algorithm matlab prepared, including the implementation of the function of the algorithm, as well as examples of data and the main program, you can run, you can multi-instance multi-label classification of samples and calculate the number of indicators, such as the correct rate.)

MATLAB平台下的CUDA加速库。运用该库可避免在MEX函数中来回拷贝GPU数据，提高MATLAB运行速率。附件给出一个简单的矩阵乘法的示例程序，该程序在GTX TITAN下运行效率比intel i7 3930k提高了10倍。(CUDA MATLAB platform acceleration libraries. Avoid the use of the library can be copied back and forth GPU MEX function data, improve MATLAB run rate. Annex gives an example of a simple matrix multiplication program that runs under the GTX TITAN 10 times more efficient than the intel i7 3930k.)

线接触滑块润滑，基于有限差分法，采用的是中间差分的方法，求解油膜厚度(Line contact slider lubrication, based on the finite difference method, using an intermediate difference method for solving film thickness)