登录
首页 » matlab » SALSA_v2.0

SALSA_v2.0

于 2012-10-17 发布 文件大小:236KB
0 297
下载积分: 1 下载次数: 123

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

  • simAnealing
    Simulated annealing (SA) is a generic probabilistic metaheuristic for the global optimization problem of applied mathematics, namely locating a good approximation to the global optimum of a given function in a large search space. It is often used when the search space is discrete (e.g., all tours that visit a given set of cities). For certain problems, simulated annealing may be more effective than exhaustive enumeration — provided that the goal is merely to find an acceptably good solution in a fixed amount of time, rather than the best possible solution.
    2010-07-07 12:57:40下载
    积分:1
  • sobeledge
    sobel edge dection of an image
    2010-03-15 04:14:28下载
    积分:1
  • ip_07_09
    说明:  matlab信道模型,对OFDM信道建模,包括普通IDFT算法和IFFT快速算法。(Matlab channel model, the right OFDM Channel modeling, including general IFFT SINGLE algorithm and fast algorithm.)
    2005-11-08 12:20:29下载
    积分:1
  • codbsc
    simulation to verify efficiency of Convolutional Coding
    2011-02-15 14:39:57下载
    积分:1
  • MFO
    飞蛾扑火算法,新型算法,matlb程序,可以测试,里面还包含很多最近出现的新型算法(Moths algorithm, the new algorithm, matlb program, you can test, which also includes many new algorithms recent)
    2020-12-01 15:49:27下载
    积分:1
  • FSKMOD
    FSK modulator, very easy and simple to make, made ​ ​ on blocks and well detailed.
    2011-08-17 11:10:34下载
    积分:1
  • mohuzonghepingpan---matlab
    模糊综合评判方法即将评价目标看成是由多种因素组成的模糊集合(称为因素集u),再设定这些因素所能选取的评审等级,组成评语的模糊集合(称为评判集v),分别求出各单一因素对各个评审等级的归属程度(称为模糊矩阵),然后根据各个因素在评价目标中的权重分配,通过计算(称为模糊矩阵合成),求出评价的定量解值。它是应用模糊变换原理和最大隶属度原则,对各因素作综合评价的。(The fuzzy comprehensive evaluation method is about evaluation goal as a fuzzy set by a variety of factors (called factor set u) set the assessment level of these factors can be selected to form the fuzzy set of reviews (called evaluation set v) were calculated the level of the individual assessment of each single factor attribution the quantitative solution value (called a fuzzy matrix), then the weight distribution according to various factors in the evaluation objectives, by calculating (called fuzzy matrix synthesis), obtained evaluation . It is the application of fuzzy transform principle and the principle of maximum degree of membership for a comprehensive evaluation of various factors.)
    2013-03-05 16:49:49下载
    积分:1
  • 02--MATLAB-7.0
    02 MATLAB 7.0实用宝典:MATLAB 7.0实用宝典(02 MATLAB 7.0 Practical Collection: MATLAB 7.0 Practical Collection)
    2012-11-15 17:56:18下载
    积分:1
  • aCM_HJY_100veh_addcontrol_120726_sim
    基于微观交通流建模中运用车辆跟驰模型方法 进行仿真(Simulation based on microscopic traffic flow modeling in the use of car-following model method)
    2013-03-30 16:45:27下载
    积分:1
  • forcasting
    关联度误差分析,全平均预测法算例,一次平均预测,一次指数滑动预测,二次平均滑动预测(Correlation of error analysis, the average prediction example, a average forecast, a slide index prediction, quadratic average sliding prediction)
    2014-01-20 10:50:22下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载