文件名称:cvx-w64
介绍说明－－下载内容均来自于网络，请自行研究使用
matlab中的cvx工具包,适用于windows64位系统，在信号的稀疏表示分类领域有很大的用处，网络上有此工具包的安装说明，1要先解压2移动到matlab的一个空文件夹下3打开matlab，将当前路径设置为此文件夹下的cvx文件夹4在命令行窗口输入cvx_setup-matlab in cvx toolkit for windows64 bit systems, in a sparse representation of the signal areas of the classification is very useful, this kit includes installation instructions on the network, first extract the 1 2 to move to an empty file folder under matlab 3 open matlab, the current path is set cvx file folders under this folder 4 in the command line window cvx_setup
(系统自动生成,下载前可以参看下载内容)
下载文件列表
cvx
...\sdpt3
...\.....\GNU_General_Public_License_v2
...\.....\install_sdpt3.m
...\.....\dimacs
...\.....\......\copo14.mat
...\.....\......\minphase.mat
...\.....\......\filter48_socp.mat
...\.....\......\nql30.mat
...\.....\......\sched_50_50_scaled.mat
...\.....\......\hamming_7_5_6.mat
...\.....\Solver
...\.....\......\convertcmpsdp.m
...\.....\......\schurmat_qblk.m
...\.....\......\NTcorr.m
...\.....\......\HKMcorr.m
...\.....\......\HKMpred.m
...\.....\......\blkbarrier.m
...\.....\......\SDPvalBounds.m
...\.....\......\NTpred.m
...\.....\......\degeneracy.m
...\.....\......\Prod3.m
...\.....\......\symqmr.m
...\.....\......\checkdense.m
...\.....\......\HKMrhsfun.m
...\.....\......\NTdirfun.m
...\.....\......\sqlpmisc.m
...\.....\......\randmat.m
...\.....\......\skron.m
...\.....\......\svec.m
...\.....\......\read_sdpa.m
...\.....\......\sortA.m
...\.....\......\Arrow.m
...\.....\......\NTrhsfun.m
...\.....\......\mybicgstab.m
...\.....\......\linsysolve.m
...\.....\......\HKMdirfun.m
...\.....\......\smat.m
...\.....\......\sqlpmain.m
...\.....\......\mytime.m
...\.....\......\detect_ublk.m
...\.....\......\sqlpcheckconvg.m
...\.....\......\SDPT3data_SEDUMIdata.m
...\.....\......\blkcholfun.m
...\.....\......\Mexfun
...\.....\......\......\mexProd2nz.c
...\.....\......\......\mexsvec.mexw64
...\.....\......\......\mextriang.c
...\.....\......\......\mexsvec.c
...\.....\......\......\mexskron.c
...\.....\......\......\mexnnz.mexw64
...\.....\......\......\mexqops.mexw64
...\.....\......\......\mexProd2.c
...\.....\......\......\mexsmat.c
...\.....\......\......\mexexpand.mexw64
...\.....\......\......\mexqops.c
...\.....\......\......\mexProd2.mexw64
...\.....\......\......\mexMatvec.c
...\.....\......\......\mexschur.mexw64
...\.....\......\......\mexschurfun.c
...\.....\......\......\mexschur.c
...\.....\......\......\mextriang.mexw64
...\.....\......\......\mexexpand.c
...\.....\......\......\mextriangsp.c
...\.....\......\......\mexnnz.c
...\.....\......\......\mexskron.mexw64
...\.....\......\......\mexinprod.c
...\.....\......\......\mexProd2nz.mexw64
...\.....\......\......\mexsmat.mexw64
...\.....\......\......\mexschurfun.mexw64
...\.....\......\......\mexmat.c
...\.....\......\......\mexMatvec.mexw64
...\.....\......\......\mexmat.mexw64
...\.....\......\......\mexinprod.mexw64
...\.....\......\......\mextriangsp.mexw64
...\.....\......\sqlpu2lblk.m
...\.....\......\infeaspt.m
...\.....\......\combine_blk.m
...\.....\......\detect_lblk.m
...\.....\......\gdcomp.m
...\.....\......\scaling.m
...\.....\......\NTscaling.m
...\.....\......\qprod.m
...\.....\......\schurmat_sblk.m
...\.....\......\AXfun.m
...\.....\......\validate.m
...\.....\......\sqlpdemo.m
...\.....\......\validate_startpoint.m
...\.....\......\blkeig.m
...\.....\......\checkdepconstr.m
...\.....\......\SDPT3soln_SEDUMIsoln.m
...\.....\......\Atyfun.m
...\.....\......\sqlpsummary.m
...\.....\......\steplength.m
...\.....\......\gpcomp.m
...\.....\......\read_sedumi.m
...\.....\......\sqlptermcode.m
...\.....\......\sqlparameters.m
...\.....\......\nzlist.m
...\.....\......\convertRcone.m