waveletqumianbo

利用TV算法实现两幅图像的融合，融合规则采用最大值选取规则，测量矩阵采用傅里叶星型抽样模型(TV algorithm using two images of fusion, fusion rule with the maximum selection rule, measurement matrix Fourier sampling model star)

用Matlab仿真实现最小二乘法和总体最小二乘法估计 假设仿真的观测数据 产生，其中 为0均值， 单位方差的高斯白噪声，取n=1,2,....128。 试用TLS，取AR阶数为4，估计AR参数 和正弦波频率；再用SVD-TLS ，估计AR参数 和正弦波频率。 (1)、在仿真中，AR阶数取为4和6。 (2)、执行SVD-TCS时，AR未知。仿真运行至少二十次。 (Simulation using Matlab and the overall least squares least squares estimate assumptions simulated observation data are generated, where 0 mean, unit variance Gaussian white noise, take n = 1,2 ,.... 128. Try TLS, take AR order of 4, estimated AR parameters and the sine wave frequency then SVD-TLS, estimated AR parameters and the sine wave frequency. (1), in the simulation, AR order is taken as 4 and 6. (2), when the implementation of SVD-TCS, AR is unknown. Simulation run at least twenty times.)

a simple bank application

把c++的理论和实践相结合的一本书,对于刚入门的新手来说,边学边练才是快速提高的有效方法,这本书就是通过实例来提高你的C++编程和认知能力(put the theory and practice of combining a book that just caught the thumb, learn while training is the rapid increase in the effective way, this book is by example to improve your C programming and cognitive ability)

谱系聚类发 给定聚类点数可得到聚类中心 很好很强大(Hierarchical clustering distributed clustering fixed points can be obtained very powerful cluster centers)

基于MATLAB数字图像处理源码第11章(MATLAB digital image processing source code Chapter 11)

清华大学胡广书教授的《现代数字信号处理教程》的源程序。学信号处理或通信专业的都知道，胡广书教授在业界是赫赫有名的，读他的书，再读这些程序，你能深刻理解现代信号处理的精华，并会应用。(Tsinghua University Professor Hu Guangshu the modern digital signal processing tutorial, the source. Learning signal processing or communications professionals are aware, Professor Hu Guangshu is known in the industry, reading his books, read these procedures, you can deeply understand the essence of modern signal processing and application.)

DVT + DSTATCOM MODEL USING SIMULINK

MAKELATT Create lattice L = MAKELATT(KIND,PTS,DIM) makes desired kind of dim-dimensional finite lattice that consists of pts elements. Available designs are listed in the table below. All the generated lattices are geometrically uniform. The lattice points are chosen from the origin to higher shells. Sometimes its usefull to generate lattices from the number of one dimensional pattern side i.e. PTS = DIM ^ SIDE. Table of available designs Design | Dimension | KIND -----------+-----------+---------- Zn | n>=1 | Z An | n>=1 | A Dn | n>=3 | D Hexagonal | n=2 | Hex fcc | n=3 | fcc

mobility models for wirelss networks