登录
首页 » matlab » SparseLab200-Core

SparseLab200-Core

于 2007-08-23 发布 文件大小:908KB
0 227
下载积分: 1 下载次数: 145

代码说明:

  SparseLab is a Matlab software package designed to find sparse solutions to systems of linear equations, particularly underdetermined systems.

文件列表:

SparseLab200-Core
.................\SparseLab200-Core
.................\.................\CompSense
.................\.................\.........\CompSense_Elad_IEEETSP.pdf
.................\.................\.........\CompSense_Fig2.m
.................\.................\.........\CompSense_Fig3.m
.................\.................\.........\CompSense_Fig4.m
.................\.................\.........\CompSense_Fig5.m
.................\.................\.........\CompSense_Fig6.m
.................\.................\.........\CompSense_Fig7.m
.................\.................\.........\mulmd.m
.................\.................\Contents.m
.................\.................\Documentation
.................\.................\.............\AboutSparseLab
.................\.................\.............\..............\AboutSparseLab.aux
.................\.................\.............\..............\AboutSparseLab.dvi
.................\.................\.............\..............\AboutSparseLab.log
.................\.................\.............\..............\AboutSparseLab.pdf
.................\.................\.............\..............\AboutSparseLab.ps
.................\.................\.............\..............\AboutSparseLab.tex
.................\.................\.............\..............\AboutSparseLab.toc
.................\.................\.............\..............\Contents.m
.................\.................\.............\..............\References.tex
.................\.................\.............\..............\SparseMacros.tex
.................\.................\.............\ADDINGNEWFEATURES.m
.................\.................\.............\BUGREPORT.m
.................\.................\.............\Contents.m
.................\.................\.............\COPYING.m
.................\.................\.............\DATASTRUCTURES.m
.................\.................\.............\FEEDBACK.m
.................\.................\.............\GETTINGSTARTED.m
.................\.................\.............\INSTALLATION.m
.................\.................\.............\LIMITATIONS.m
.................\.................\.............\PAYMENT.m
.................\.................\.............\REGISTRATION.m
.................\.................\.............\SparseLabArchitecture
.................\.................\.............\.....................\Contents.m
.................\.................\.............\.....................\SparseArch.aux
.................\.................\.............\.....................\SparseArch.dvi
.................\.................\.............\.....................\SparseArch.log
.................\.................\.............\.....................\SparseArch.pdf
.................\.................\.............\.....................\SparseArch.ps
.................\.................\.............\.....................\SparseArch.tex
.................\.................\.............\.....................\SparseMacros.tex
.................\.................\.............\SUPPORT.m
.................\.................\.............\THANKS.m
.................\.................\.............\VERSION.m
.................\.................\.............\WARRANTY.m
.................\.................\Examples
.................\.................\........\Contents.m
.................\.................\........\nnfEx
.................\.................\........\.....\Contents.m
.................\.................\........\.....\FastOp.m
.................\.................\........\.....\NNF.m
.................\.................\........\.....\SolveIterSoftThresh.m
.................\.................\........\reconstructionEx
.................\.................\........\................\Contents.m
.................\.................\........\................\FastOp.m
.................\.................\........\................\FastOpLS.m
.................\.................\........\................\Reconstruction.m
.................\.................\........\................\TransformSparsify.m
.................\.................\........\RegEx
.................\.................\........\.....\Contents.m
.................\.................\........\.....\RegEx.m
.................\.................\........\.....\RegEx01.m
.................\.................\........\.....\RegEx02.m
.................\.................\........\.....\RegEx03.m
.................\.................\........\.....\RegEx04.m
.................\.................\........\.....\RegExShowAllFigs.m
.................\.................\........\TFDecompEx
.................\.................\........\..........\Contents.m
.................\.................\........\..........\RST.m
.................\.................\........\..........\RSTMatrix.m
.................\.................\........\..........\TFDecompEX.m
.................\.................\shell_tools
.................\.................\...........\append_footer.sh
.................\.................\...........\Contents.m
.................\.................\...........\SparseLab_Footer.txt
.................\.................\Solvers
.................\.................\.......\Contents.m
.................\.................\.......\fdrthresh.m
.................\.................\.......\HardThresh.m
.................\.................\.......\lsqrms.m
.................\.................\.......\pdco.m
.................\.................\.......\pdcoSet.m
.................\.................\.......\SoftThresh.m
.................\.................\.......\SolveBP.m
.................\.................\.......\SolveIRWLS.m
.................\.................\.......\SolveIST.m
.................\.................\.......\SolveISTBlock.m
.................\.................\.......\SolveLasso.m
.................\.................\.......\SolveMP.m
.................\.................\.......\SolveOMP.m
.................\.................\.......\SolvePFP.m
.................\.................\.......\SolveStepwise.m
.................\.................\.......\SolveStepwiseFDR.m
.................\.................\.......\SolveStOMP.m
.................\.................\SparsePath.m
.................\.................\Tests
.................\.................\.....\Contents.m

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • GPC11
    本程序用matlab仿真了广义预测控制的显式解法。(This procedure matlab simulation using generalized predictive control method explicit.)
    2007-10-17 13:10:21下载
    积分:1
  • sgong
    self organized neuoral gas
    2010-10-28 19:42:25下载
    积分:1
  • Burg3
    说明:  本文通过对目前常用的现代谱估计方法一一最大墒谱估计方法中的谱 峰幅度和谱线分辫率两个基本问题的分析和讨论,和经典的傅立叶谱估计方法作比 较,指出在最大墒谱估计方法的应用中应注意的几个问题。 (Based on the currently used modern spectral estimation method 11 method of maximum entropy spectral estimation of the spectral peak amplitude and spectral resolving power are two basic problems of analysis and discussion, and the classical Fourier spectrum estimation methods for comparison, that the maximum Application of entropy spectral estimation method should pay attention to several issues.)
    2010-05-03 17:29:02下载
    积分:1
  • 小波分解与重构的几个matlab
    主要应用于对地震信号,数据的去噪,构造了地震数据然后去噪对比结果,(It is mainly used to denoise seismic signals and data, construct seismic data and then denoise the contrast results.)
    2019-03-01 21:38:33下载
    积分:1
  • Wavelet-packet-feature-extraction
    这是一个对信号进行小波包特征量提取的程序源代码,对初学者有帮助(This is a signal wavelet packet feature amount extraction program source code, for beginners help)
    2016-04-04 11:23:30下载
    积分:1
  • mult-signalprocessing
    详细介绍了多抽样率信号处理的原理,便于更深入了解抽取和内插滤波器的实现(Detailed introduction of multi-sampling rate of signal processing theory, to facilitate a better understanding of extraction and interpolation filters realize)
    2007-09-20 09:05:15下载
    积分:1
  • Cap10_TheDirectionalWirelessChannel
    directional wireless channel
    2009-04-07 12:11:09下载
    积分:1
  • delay_ekf_non_line
    带时延的纯方位角单站跟踪算法,它有效地解决了用EKF算法进行纯方位角跟踪时可能出现的不稳定和滤波发散现象以及声音信号的时延问题。(Pure time delay with a single station azimuth tracking algorithm, which effectively solved the EKF algorithm with pure azimuth tracking of the instability that may arise and filtering divergence phenomenon, as well as the voice signal delay problem.)
    2009-04-07 21:32:49下载
    积分:1
  • suijizikongjian
    随机子空间的matlab主程序代码,可以实现高精度的信号辨识。按照《基于随机子空间和最小二乘法的介质损耗角测量方法》、常军博士论文《随机子空间方法在桥梁模态参数辨识中的应用研究》编写。(Stochastic subspace matlab main code, you can achieve high-precision recognition. Accordance with the " stochastic subspace-based least-squares method and dielectric loss angle measurement methods" , regular army doctoral thesis " stochastic subspace identification of modal parameters of the bridge in the applied research" to write.)
    2021-05-08 23:28:40下载
    积分:1
  • linkage
    层次聚类linkage的源码,简介源码容易解读,简单有效,秩序要修改ReadTxt.m文件中load函数的传入参数,即可运行。(Hierarchical clustering linkage source code, source code easier to read, simple and effective, order to modify ReadTxt. M file incoming parameters of the load function, can run.)
    2016-08-25 09:56:52下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载