stockplot

在Windows 操作系统下，以Matlab为操作平台，对一个简单的二阶环进行仿真.(In the Windows operating system, using Matlab for the operating platform for a simple second-order loop simulation.)

两个灌水算法仿真程序。欢迎大家下载(Two irrigation algorithm simulation program. Welcome everyone to download)

MATLAB实现ASK, OOK, FSK, BPSK, QPSK, 8PSK调制源代码(Free Source Code for ASK, OOK, FSK, BPSK, QPSK, 8PSK Digital Modulation in FPGAs Xilinx using system generator (ASK, BPSK, FSK, OOK, QPSK) )

05年美赛O奖论文的程序和说明，在原作者的基础上有所改进(2005 US-race procedures and instructions for O Award papers, an improvement on the basis of the original author)

做实验时找到的K-SVD算法的Matlab代码，很好用,有需要的可以下载下来一起研究下(When doing experiments to find the K-SVD algorithm Matlab code, easy to use, there is a need to study together can be downloaded under)

homomorphic-filtering and hadamard kernel for image processing

共轭梯度迭代法，主要用于图像稀疏重建、图像去噪的算法(Conjugate gradient method, mainly for sparse image reconstruction, image de-noising algorithm)

分析了支持向量回归机在能源需求预测中的优势,确定了输入向量集合和输出向量集合,建立了基于Matlab技术的SVR能源需求预测模型.对我国1985-2008年能源需求相关数据进行模拟与仿真,并对中国2010年和2020年能源需求量进行预测.研究结果表明:一是中国未来对能源的需求量逐渐增加,从2010年的330400万吨标准煤上升到2020年418320万吨标准煤,年均增长率为2.39％；二是在解决我国能源系统小样本.非线性及高维模式识别问题中SVR比BP神经网络等方法有更高的预测精度.(Support vector regression analyzes advantage in energy demand forecast to determine the set of input vectors and output vector set, established SVR energy demand forecasting model based on Matlab technology. Energy demand for our 1985-2008 related data modeling and simulation , and China in 2010 and 2020 energy demand forecast results show that: First, China s increasing demand for energy in the future, from 3.304 billion tons of standard coal in 2010 rose to 4.1832 billion tons of standard coal in 2020, average annual growth rate of 2.39 second is to solve our energy system small sample nonlinear and high dimensional pattern recognition problem SVR higher prediction accuracy than the BP neural network method.)

主要是讲v-blast的系统仿真程序，很全面，很有用，大家可以用用看(Is mainly v-blast system simulation program, very comprehensive, very useful, you can use to see)

对边界进行二次取样源码，用canny等算法提取一次边界后，点数过多，不利于描述形状，用这个代码可以实现二次取样。(The boundary of second sampling source, such as canny extraction algorithm with a boundary, too many points, which describe the shape, use this code can realize the second sampling.)