登录
首页 » matlab » SALSA_v2.0

SALSA_v2.0

于 2012-10-17 发布 文件大小:236KB
0 276
下载积分: 1 下载次数: 123
我要下载

代码说明：

  应用交替方向乘子法来求解L1正则化问题、BP问题、LASSO问题的一种算法，(Application alternating direction multiplier method to solve L1 regularization problem, BP issue LASSO problem an algorithm)

文件列表：

SALSA_v2.0
..........\demos
..........\.....\Constrained
..........\.....\...........\csalsa_v4.asv,21918,2011-08-16
..........\.....\...........\csalsa_v5.asv,21828,2011-08-16
..........\.....\...........\demo_deblurring_l1.asv,3145,2011-08-18
..........\.....\...........\demo_deblurring_l1.m,3142,2011-08-19
..........\.....\...........\demo_deblurring_l1_analysis.m,3006,2011-08-19
..........\.....\...........\demo_deblurring_TV_expt1.m,3033,2012-01-13
..........\.....\...........\demo_inpainting.m,2514,2012-01-13
..........\.....\...........\MRIrecon
..........\.....\...........\........\demo_MRI.m,2780,2012-01-13
..........\.....\...........\........\fft2c.m,150,2009-05-08
..........\.....\...........\........\ifft2c.m,156,2009-05-08
..........\.....\...........\........\LineMask.m,832,2009-05-07
..........\.....\...........\........\masked_FFT.m,719,2009-09-10
..........\.....\...........\........\masked_FFT_t.m,453,2009-09-10
..........\.....\Unconstrained
..........\.....\.............\demo_blobs_l1TV_modular.m,2512,2012-01-13
..........\.....\.............\demo_deblurring_l1_redundant.asv,2869,2011-08-18
..........\.....\.............\demo_deblurring_l1_redundant.m,2870,2011-08-18
..........\.....\.............\demo_deblurring_l1_redundant_analysis.m,2784,2011-08-18
..........\.....\.............\demo_deblurring_TV.m,2772,2012-01-13
..........\.....\.............\demo_hybridl1.m,4633,2012-01-13
..........\.....\.............\demo_inpainting_TV.m,2696,2011-08-18
..........\.....\.............\MRIrecon
..........\.....\.............\........\demo_MRI.asv,2126,2011-08-18
..........\.....\.............\........\demo_MRI.m,2240,2012-01-13
..........\.....\.............\........\fft2c.m,161,2009-05-07
..........\.....\.............\........\ifft2c.m,167,2009-05-07
..........\.....\.............\........\LineMask.m,832,2009-05-15
..........\.....\.............\........\masked_FFT.m,677,2009-05-07
..........\.....\.............\........\masked_FFT_t.m,407,2009-05-07
..........\experiments
..........\...........\Constrained
..........\...........\...........\deblurringl1_redundant
..........\...........\...........\......................\A_wrapper.m,361,2009-08-19
..........\...........\...........\......................\demo_deblurringl1_analysis_expt1.asv,4638,2011-08-19
..........\...........\...........\......................\demo_deblurringl1_analysis_expt1.m,4539,2011-08-19
..........\...........\...........\......................\demo_deblurring_l1_expt1.m,5727,2011-08-19
..........\...........\...........\deblurringTV
..........\...........\...........\............\demo_deblurring_TV_expt1.asv,4774,2011-08-19
..........\...........\...........\............\demo_deblurring_TV_expt1.m,4097,2012-01-13
..........\...........\...........\inpainting
..........\...........\...........\..........\demo_inpainting.m,4320,2011-08-19
..........\...........\...........\..........\demo_missing_pixels.asv,4091,2011-08-19
..........\...........\...........\MRIrecon
..........\...........\...........\........\At_fhp.m,660,2009-09-10
..........\...........\...........\........\A_fhp.m,620,2009-09-10
..........\...........\...........\........\Bt_fhp.m,596,2009-09-10
..........\...........\...........\........\B_fhp.m,550,2009-09-10
..........\...........\...........\........\demo_MRI.asv,3829,2011-08-19
..........\...........\...........\........\demo_MRI.m,3791,2011-08-19
..........\...........\...........\........\fft2c.m,150,2009-05-08
..........\...........\...........\........\ifft2c.m,156,2009-05-08
..........\...........\...........\........\LineMask.m,832,2009-05-07
..........\...........\...........\........\masked_FFT.m,719,2009-09-10
..........\...........\...........\........\masked_FFT_t.m,453,2009-09-10
..........\...........\...........\rectanglesTV
..........\...........\...........\............\demo_rectangles_TV.asv,4941,2011-08-19
..........\...........\...........\............\demo_rectangles_TV.m,5188,2011-08-19
..........\...........\setupresults.pl,297,2009-06-08
..........\...........\Unconstrained
..........\...........\.............\demo_deblurring_l1_redundant.asv,4890,2011-08-18
..........\...........\.............\demo_deblurring_l1_redundant.m,4890,2011-08-18
..........\...........\.............\demo_deblurring_l1_redundant_mtf.asv,4508,2011-08-17
..........\...........\.............\demo_deblurring_TV.asv,4721,2011-08-18
..........\...........\.............\demo_deblurring_TV.m,4721,2012-01-13
..........\...........\.............\demo_inpainting_TV.asv,4362,2011-08-17
..........\...........\.............\demo_inpainting_TV.m,3950,2011-08-18
..........\...........\.............\MRIrecon
..........\...........\.............\........\demo_MRI.asv,4619,2011-08-18
..........\...........\.............\........\demo_MRI.m,4779,2011-08-18
..........\...........\.............\........\fft2c.m,161,2009-05-07
..........\...........\.............\........\ifft2c.m,167,2009-05-07
..........\...........\.............\........\LineMask.m,832,2009-05-15
..........\...........\.............\........\masked_FFT.m,677,2009-05-07
..........\...........\.............\........\masked_FFT_t.m,407,2009-05-07
..........\README.txt,3727,2012-01-13
..........\src
..........\...\CoRAL_v2.m,18825,2012-01-13
..........\...\csalsa.m,22666,2011-08-16
..........\...\CSALSA_v2.m,18148,2012-01-13
..........\...\SALSA.m,18717,2010-12-06
..........\...\SALSA_v2.m,16433,2012-01-13
..........\utils
..........\.....\A_wrapper.m,509,2009-11-02
..........\.....\calctv.m,303,2009-11-13
..........\.....\callcounter.m,257,2011-08-18
..........\.....\cameraman.tif,65240,2000-12-04
..........\.....\chambolle_prox_TV_stop.m,4535,2010-04-09
..........\.....\conv2c.m,1666,2007-07-31
..........\.....\Core_Nesterov.m,12355,2009-12-08
..........\.....\cshift.m,330,2009-03-16
..........\.....\diffh.m,52,2007-11-09
..........\.....\diffv.m,53,2007-11-09
..........\.....\ensure.m,1561,2011-08-19
..........\.....\MakeRDSquares.m,583,2009-11-13
..........\.....\mex_vartotale.dll,98304,2007-11-09
..........\.....\mirdwt_TI2D.m,572,2009-01-19

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

  • em_ghmm
    EM算法,用于估计参数的一个初级入门实例(EM algorithm, used to estimate the parameters of a primary entry examples)
    2021-04-27 17:18:44下载
    积分：1
  • iclark
    自己建立的iclark变换模块，根据TI公司永磁电动机例程编写(iclark tansform created by myself, based on TI s permanent magnet motor routines)
    2012-04-09 15:05:41下载
    积分：1
  • GA-MIMO
    基于遗传非常简单实用。算法的多目标优化方案, 用matlab程序编写,(Multi-objective genetic algorithm-based optimization scheme is very simple and practical. Programming with matlab)
    2011-08-18 20:03:23下载
    积分：1
  • zhendongxinhaobianjipu
    该程序功能为对所输入的振动信号进行希尔伯特黄变换，得到其边际谱(The program features the vibration input signal Hilbert Huang transform and its marginal spectrum of)
    2012-08-08 09:39:24下载
    积分：1
  • ijeee-A-10-3-94-ea1f8df
    solution of d satacom in system in transimation line by compensatin
    2014-12-17 20:15:03下载
    积分：1
  • Bpsk_awgn
    说明：  实现bpsk在AWGN下的调制与解调，误码率计算。(psk in Rayleigh fading channel simulation model. Simulink achieve. Simulation can see Rayleigh fading channels for BPSK performance impact. And to be compared Rayleigh Channel and AWGN under BPSK performance)
    2010-04-25 10:43:40下载
    积分：1
  • technique-research-based-on-DWT
    说明：  DWT数字水印算法研究和实现一种基于DCT和DWT结合的音频水印算法(Digital watermarking technique research based on DWT)
    2011-04-18 13:22:06下载
    积分：1
  • fdtd
    在Matlab对FDTD进行仿真，并对一维，二维及三维电磁传播环境分别编写了程序(On the FDTD simulation in Matlab, and the one-dimensional, two-dimensional and three-dimensional electromagnetic propagation environment programs were prepared)
    2013-09-08 17:46:45下载
    积分：1
  • fuzzy_learning
    implementing fuzzy system learning procedure in matlab
    2012-12-03 20:45:27下载
    积分：1
  • 小波图像处理算法
    说明：  利用小波分析具有时频局部化特性和熵能对系统状态进行表征的特点，将小波分析和熵结合起来，定义了3种小波熵（小波能谱熵、小波时间熵、小波奇异熵），并给出其算法，揭示了这3种小波熵对系统故障表征的机理，对两种理论信号和基于PSCAD/EMTDC仿真的输电线路故障信号(Based on the characteristics of time-frequency localization of wavelet analysis and entropy energy to represent system state, three kinds of wavelet entropy (wavelet energy spectrum entropy, wavelet time entropy and wavelet singular entropy) are defined by combining wavelet analysis and entropy, and their algorithms are given. The mechanism of these three kinds of wavelet entropy for system fault characterization is revealed. The results show that the three kinds of wavelet entropy can be used to characterize system fault Road fault signal)
    2020-12-14 16:23:45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！