登录
首页 » matlab » cvx-w64

cvx-w64

于 2020-03-11 发布
0 323
下载积分: 1 下载次数: 5
我要下载

代码说明：

说明：  凸优化matlab开发包，可以解决凸优化问题(Convex optimization matlab development package)

文件列表：

cvx, 0 , 2020-01-28
cvx\sdpt3, 0 , 2020-01-28
cvx\sdpt3\GNU_General_Public_License_v2, 18351 , 2020-01-28
cvx\sdpt3\install_sdpt3.m, 6692 , 2020-01-28
cvx\sdpt3\dimacs, 0 , 2020-01-28
cvx\sdpt3\dimacs\copo14.mat, 58776 , 2020-01-28
cvx\sdpt3\dimacs\minphase.mat, 7192 , 2020-01-28
cvx\sdpt3\dimacs\filter48_socp.mat, 580808 , 2020-01-28
cvx\sdpt3\dimacs\nql30.mat, 478832 , 2020-01-28
cvx\sdpt3\dimacs\sched_50_50_scaled.mat, 488680 , 2020-01-28
cvx\sdpt3\dimacs\hamming_7_5_6.mat, 161416 , 2020-01-28
cvx\sdpt3\Solver, 0 , 2020-01-28
cvx\sdpt3\Solver\convertcmpsdp.m, 3465 , 2020-01-28
cvx\sdpt3\Solver\schurmat_qblk.m, 3205 , 2020-01-28
cvx\sdpt3\Solver\NTcorr.m, 1315 , 2020-01-28
cvx\sdpt3\Solver\HKMcorr.m, 1313 , 2020-01-28
cvx\sdpt3\Solver\HKMpred.m, 2818 , 2020-01-28
cvx\sdpt3\Solver\blkbarrier.m, 1795 , 2020-01-28
cvx\sdpt3\Solver\SDPvalBounds.m, 1843 , 2020-01-28
cvx\sdpt3\Solver\NTpred.m, 1963 , 2020-01-28
cvx\sdpt3\Solver\degeneracy.m, 5175 , 2020-01-28
cvx\sdpt3\Solver\Prod3.m, 1677 , 2020-01-28
cvx\sdpt3\Solver\symqmr.m, 3957 , 2020-01-28
cvx\sdpt3\Solver\checkdense.m, 730 , 2020-01-28
cvx\sdpt3\Solver\HKMrhsfun.m, 3358 , 2020-01-28
cvx\sdpt3\Solver\NTdirfun.m, 1614 , 2020-01-28
cvx\sdpt3\Solver\sqlpmisc.m, 4078 , 2020-01-28
cvx\sdpt3\Solver\randmat.m, 811 , 2020-01-28
cvx\sdpt3\Solver\skron.m, 1389 , 2020-01-28
cvx\sdpt3\Solver\svec.m, 2027 , 2020-01-28
cvx\sdpt3\Solver\read_sdpa.m, 7591 , 2020-01-28
cvx\sdpt3\Solver\sortA.m, 2639 , 2020-01-28
cvx\sdpt3\Solver\Arrow.m, 933 , 2020-01-28
cvx\sdpt3\Solver\NTrhsfun.m, 4253 , 2020-01-28
cvx\sdpt3\Solver\mybicgstab.m, 3536 , 2020-01-28
cvx\sdpt3\Solver\linsysolve.m, 7741 , 2020-01-28
cvx\sdpt3\Solver\HKMdirfun.m, 1703 , 2020-01-28
cvx\sdpt3\Solver\smat.m, 880 , 2020-01-28
cvx\sdpt3\Solver\sqlpmain.m, 29812 , 2020-01-28
cvx\sdpt3\Solver\mytime.m, 557 , 2020-01-28
cvx\sdpt3\Solver\detect_ublk.m, 2815 , 2020-01-28
cvx\sdpt3\Solver\sqlpcheckconvg.m, 8298 , 2020-01-28
cvx\sdpt3\Solver\SDPT3data_SEDUMIdata.m, 3843 , 2020-01-28
cvx\sdpt3\Solver\blkcholfun.m, 1247 , 2020-01-28
cvx\sdpt3\Solver\Mexfun, 0 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexnnz.mexw32, 6656 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexProd2nz.c, 6535 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexinprod.mexw32, 7680 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexsvec.mexw64, 29184 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mextriang.c, 5391 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexmat.mexw32, 10240 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexsvec.c, 24296 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexProd2nz.mexw32, 7680 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexskron.c, 8999 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexnnz.mexw64, 8192 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexProd2.mexw32, 11264 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexsmat.mexw32, 11264 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexqops.mexw64, 9216 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexProd2.c, 9972 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexMatvec.mexw32, 7680 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexsmat.c, 14889 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexexpand.mexw64, 8192 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mextriang.mexw32, 7168 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexqops.c, 4506 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexProd2.mexw64, 13824 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexqops.mexw32, 7680 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexschur.mexw32, 12288 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexMatvec.c, 5107 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexschur.mexw64, 18944 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexschurfun.c, 4364 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexskron.mexw32, 9216 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexschur.c, 16436 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mextriang.mexw64, 9216 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexexpand.c, 1907 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mextriangsp.c, 4117 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexsvec.mexw32, 13312 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexnnz.c, 1759 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexskron.mexw64, 14848 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexinprod.c, 5134 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexProd2nz.mexw64, 10752 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexschurfun.mexw32, 7680 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexsmat.mexw64, 17408 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexschurfun.mexw64, 11264 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexmat.c, 11180 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mextriangsp.mexw32, 7168 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexMatvec.mexw64, 9216 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexmat.mexw64, 14336 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexinprod.mexw64, 9728 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mexexpand.mexw32, 6656 , 2020-01-28
cvx\sdpt3\Solver\Mexfun\mextriangsp.mexw64, 9728 , 2020-01-28
cvx\sdpt3\Solver\sqlpu2lblk.m, 3099 , 2020-01-28
cvx\sdpt3\Solver\infeaspt.m, 5422 , 2020-01-28
cvx\sdpt3\Solver\combine_blk.m, 2358 , 2020-01-28
cvx\sdpt3\Solver\detect_lblk.m, 4228 , 2020-01-28
cvx\sdpt3\Solver\gdcomp.m, 5041 , 2020-01-28
cvx\sdpt3\Solver\scaling.m, 2280 , 2020-01-28
cvx\sdpt3\Solver\NTscaling.m, 1847 , 2020-01-28
cvx\sdpt3\Solver\qprod.m, 655 , 2020-01-28
cvx\sdpt3\Solver\schurmat_sblk.m, 4549 , 2020-01-28
cvx\sdpt3\Solver\AXfun.m, 1869 , 2020-01-28

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

  • VB小程序,刚做的,刚学,不会做什么,请多指教,thank you very much
    VB小程序,刚做的,刚学,不会做什么,请多指教,thank you very much-VB small procedures, just do, just learning, not to do anything, please enlighten. thank you very much
    2022-02-12 07:06:21下载
    积分：1
  • SPWM_simulink_Junzhi
    永磁同步电机的simulink模型，本人亲自搭建，是现代永磁同步电机控制原理及MATLAB仿真__袁雷编著随书仿真模型(Simulink model of permanent magnet synchronous motor, I personally set up, ismodern permanent magnet synchronous motor control principle and MATLAB simulation __Yuan Lei edited with the book simulation model)
    2019-01-15 22:22:03下载
    积分：1
  • G Rilling
    这是一个使用EMD分解出IMF的例子，一个试验信号由一个tone信号，一个chirp信号，叠加得到，目的是使用EMD将这两个信号分离，得到的预期结果应该是chirp信号在高阶，tone信号在低阶，（原因是chirp信号在各个局部的频率都比tone信号高）。(This is an example of using EMD to decompose the IMF. A test signal consists of a tone signal and a chirp signal. The purpose is to separate the two signals using EMD. The expected result should be that the chirp signal is at a higher order, the tone The signal is in the low order, (because the chirp signal is higher in all local frequencies than the tone signal).)
    2017-12-20 13:48:59下载
    积分：1
  • 27796687PEv
    说明：  采用二次规划算法求解电动汽车入网的优化控制策略问题，控制车辆(Using quadratic programming algorithm to solve the problem of optimal control strategy of electric vehicle network access, control the vehicle)
    2019-11-25 11:43:01下载
    积分：1
  • HarshIO 600 eIP_QuickConnect v2.6
    说明：  HarshIO 600 eIP_QuickConnect v2.6.pdf
    2019-06-25 09:38:17下载
    积分：1
  • 65520760high-resolution-one-dimension
    目标运动对高分辨率一维距离像的影响研究的matlab程序(Target Motion on the high-resolution range profile of the impact studies program matlab)
    2008-12-14 20:59:26下载
    积分：1
  • Director8action
    Director8的行为，初学者的参考指南，对你作课件一定有帮助的(Director8 acts a reference guide for beginners, you will certainly be helpful for courseware)
    2010-08-03 06:28:42下载
    积分：1
  • Untitled
    这是一个宽带波束形成的matlab程序，通过聚焦矩阵形成()
    2021-04-07 18:49:01下载
    积分：1
  • erp
    功能完整的生产企业管理系统,给大家一个借鉴的系统。(A fully functional production enterprise management system)
    2018-04-15 08:33:33下载
    积分：1
  • pvbattery
    说明：  光伏电池模型仿真，可以对光伏电池的开路电压，短路电流，最大功率点电压电流进行参数设计(Photovoltaic cell model simulation)
    2019-04-14 22:17:08下载
    积分：1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2026 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！