登录
首页 » matlab » classification_toolbox

classification_toolbox

于 2021-04-28 发布 文件大小:690KB
0 166
下载积分: 1 下载次数: 99

代码说明:

  多种用于分类的matlab代码,包含PCA,SVM,PLS-DA,KNN,SOMF等.(For various categories of matlab code, and contains the PCA and SVM, PLS- DA, KNN, SOMF, etc.)

文件列表:

classification_toolbox
......................\classification_toolbox_4.0
......................\..........................\calc_class_param.m,2495,2015-10-14
......................\..........................\calc_qt_limits.m,1083,2015-10-14
......................\..........................\calc_reg_param.m,907,2015-10-14
......................\..........................\cartcv.m,4627,2015-10-14
......................\..........................\cartfit.m,1632,2015-10-22
......................\..........................\cartpred.m,743,2015-10-14
......................\..........................\class_gui.fig,31313,2015-10-22
......................\..........................\class_gui.m,88652,2015-11-05
......................\..........................\dacompsel.m,2427,2015-10-14
......................\..........................\dacv.m,5710,2015-10-14
......................\..........................\dafit.m,4290,2015-10-22
......................\..........................\dapred.m,2865,2015-10-14
......................\..........................\data_pretreatment.m,1678,2015-10-14
......................\..........................\help
......................\..........................\....\classparameters.htm,8023,2015-11-05
......................\..........................\....\download.htm,2136,2015-03-05
......................\..........................\....\example.htm,12281,2015-10-14





......................\..........................\....\example_plsda_06.gif,5330,2013-04-04
......................\..........................\....\example_plsda_07.gif,7335,2013-04-04
......................\..........................\....\example_plsda_08.gif,3165,2013-04-04
......................\..........................\....\example_plsda_09.gif,4771,2013-04-04
......................\..........................\....\example_plsda_10.gif,8197,2013-04-04
......................\..........................\....\footer.htm,589,2013-10-02
......................\..........................\....\gui.htm,7498,2015-10-14
......................\..........................\....\gui_1.gif,8295,2013-02-13
......................\..........................\....\gui_2.gif,8013,2013-02-14
......................\..........................\....\gui_3.gif,10892,2013-02-14
......................\..........................\....\gui_5.gif,37173,2015-11-05
......................\..........................\....\gui_calculate.htm,12575,2015-10-20
......................\..........................\....\gui_file.htm,3943,2015-10-14
......................\..........................\....\gui_predict.htm,4613,2015-10-14
......................\..........................\....\gui_results.htm,8959,2015-10-14
......................\..........................\....\gui_view.htm,5412,2015-10-14
......................\..........................\....\header.htm,1116,2015-10-14
......................\..........................\....\index.htm,4334,2015-10-15
......................\..........................\....\license.htm,2751,2015-03-05
......................\..........................\....\logo_milano_chemometrics.jpg,9422,2007-07-04
......................\..........................\....\math_formula_accuracy.gif,1195,2013-07-23
......................\..........................\....\math_formula_confmat.gif,3146,2009-01-30
......................\..........................\....\math_formula_er.gif,646,2013-11-22
......................\..........................\....\math_formula_ner.gif,1025,2013-11-22
......................\..........................\....\math_formula_nk.gif,616,2009-01-30
......................\..........................\....\math_formula_precision.gif,559,2009-01-30
......................\..........................\....\math_formula_sensitivity.gif,567,2009-01-30
......................\..........................\....\math_formula_specificity.gif,1171,2009-01-30
......................\..........................\....\math_formula_wilks.gif,554,2013-02-13
......................\..........................\....\menu_lateral.htm,2423,2015-10-14
......................\..........................\....\references.htm,3854,2015-10-14
......................\..........................\....\releases.htm,6198,2015-11-05
......................\..........................\....\routines.htm,7032,2015-10-14
......................\..........................\....\style_structure.css,671,2007-05-18
......................\..........................\....\style_tables.css,992,2009-04-16
......................\..........................\....\style_text.css,2919,2007-07-04
......................\..........................\....\theory.htm,16720,2015-10-14
......................\..........................\....\web.htm,3273,2015-03-05
......................\..........................\help.htm,1117,2015-10-14
......................\..........................\knnclass.m,1511,2015-10-14
......................\..........................\knncv.m,5857,2015-10-14
......................\..........................\knnfit.m,3132,2015-10-22
......................\..........................\knnksel.m,3016,2015-11-25
......................\..........................\knnpred.m,2561,2015-12-15
......................\..........................\knn_calc_dist.m,2886,2015-10-14
......................\..........................\make_test.m,2212,2015-10-14
......................\..........................\mypls.m,4426,2008-10-03
......................\..........................\pca_model.m,2742,2015-10-14
......................\..........................\pca_project.m,1614,2015-10-14
......................\..........................\plsdacompsel.m,2596,2015-10-19
......................\..........................\plsdacv.m,6038,2015-10-14
......................\..........................\plsdafindclass.m,824,2015-10-14
......................\..........................\plsdafindthr.m,2084,2015-10-14
......................\..........................\plsdafit.m,5267,2015-10-22
......................\..........................\plsdapred.m,2097,2015-10-14
......................\..........................\potcalc.m,1030,2015-10-14
......................\..........................\potcv.m,7123,2015-10-14
......................\..........................\potfindclass.m,845,2015-10-14
......................\..........................\potfit.m,3640,2015-10-23
......................\..........................\potplot.m,1122,2015-10-23
......................\..........................\potpred.m,1696,2015-10-22
......................\..........................\potsmootsel.m,3638,2015-10-19
......................\..........................\readme.txt,2831,2015-10-14
......................\..........................\redo_scaling.m,1404,2015-10-14
......................\..........................\sediment.mat,274344,2013-04-03
......................\..........................\simcacompsel.m,2642,2015-10-14
......................\..........................\simcacv.m,6420,2015-10-14
......................\..........................\simcafindclass.m,929,2015-10-14
......................\..........................\simcafindthr.m,1572,2015-10-14
......................\..........................\simcafit.m,5641,2015-10-22
......................\..........................\simcapred.m,2418,2015-10-14
......................\..........................\svmcostsel.m,4229,2015-10-21
......................\..........................\svmcv.m,6246,2015-10-15
......................\..........................\svmfit.m,4395,2015-10-23
......................\..........................\svmplot.m,1795,2015-10-23
......................\..........................\svmpred.m,1696,2015-10-22

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

  • DSPHOMEWORK
    设信号 ,用 对x(t)采样得x(n),是否会发生频谱混叠?现利用FFT分析其频谱。 1.编程绘制该信号的波形。 2.若令N=16,编程对x(n)做FFT运算,并绘制其幅频特性曲线。 3.令N=1024,编程对x(n)做FFT运算,并绘制其幅频特性曲线。 4.分析2、3的运算结果。 设计调试报告要求: 1.工作原理简述; 2.设计思路; 3.难点及解决方法; 4.设计、调试结果及分析; 5.程序文本及操作步骤。(based signal used to x (t) in the sample x (n), whether there will be a spectrum aliasing? FFT analysis is the use of their spectrum. 1. Programming mapping of the signal waveform. 2. If so N = 16, the programming of x (n) do FFT, and the mapping of its amplitude-frequency characteristic curve. 3. Order N = 1024, the programming of x (n) do FFT, and the mapping of its amplitude-frequency characteristic curve. 4. Analysis of two, three computational results. Design debugging reporting requirements : 1. Principle outlined; 2. Design; 3. Difficulties and solutions; 4. Design, debugging and analysis of results; 5. Text and operating procedures steps.)
    2007-01-03 16:37:45下载
    积分:1
  • Lynch_R2009b
    如何计算随机时滞微分方程,主要是高斯白噪声的情况(numerical solution of stochastic delay differential equation)
    2009-11-03 19:10:24下载
    积分:1
  • Matlabgezhexue
    介绍matlab 的葛哲学的书,很好的反映了如何在matlab 中实现信号的分析和处理(Introduction matlab' s Gezhe school books, a good reflection of how to implement matlab signal analysis and processing)
    2011-04-28 23:34:13下载
    积分:1
  • matlab
    用四元十字阵做被动声定位算法设计,现在是用matlab神经网络工具箱构建RBF神经网络然后仿真显示图形(With a four-element Array do passive acoustic localization algorithm design, now using matlab neural network toolbox and then build on RBF neural network simulation display graphics)
    2021-04-19 01:48:57下载
    积分:1
  • matlabgui
    matlab gui希望对大家用 大家可以看看(very good)
    2010-11-01 10:46:43下载
    积分:1
  • music
    用music算法实现对一个正弦信号频率的估计(Realization of a sinusoidal signal frequency estimation algorithm with music)
    2014-04-18 22:16:38下载
    积分:1
  • laguerre
    this code calculate how use this programmation
    2016-11-08 07:17:59下载
    积分:1
  • josephson
    基于Matlab对约瑟夫森结(Josephson Junction)RCSJ模型的交直流I-V特性及非线性混沌现象进行数值模拟。通过计算机数值模拟得到该模型的非线性微分方程数值解,研究了RCSJ模型中各参量对约瑟夫森结的影响,进而简要分析其I-V特性和非线性混沌现象的产生机理,绘制出约瑟夫森结的交直流I-V特性曲线、非线性微分方程的相图及因其高度非线性而引起的通过倍周期分岔和阵发性原理进入混沌状态的分岔图。还给出庞加莱截面及功率谱。(Matlab based on the Josephson junction (Josephson Junction) RCSJ model AC and DC IV characteristics and non-linear numerical simulation of chaotic phenomena. Through computer simulation model by the numerical solution of nonlinear differential equations to study the RCSJ model parameters on the impact of Josephson junction, and a brief analysis of the IV characteristics and the emergence of the phenomenon of non-linear chaotic mechanism, drawn Josephson junction IV characteristic curve of AC-DC, non-linear differential equations and the phase diagram because of its highly nonlinear arising through period-doubling bifurcation and chaotic state of paroxysmal principle of access to the bifurcation diagram. Poincare cross-section and was also given power spectrum.)
    2009-05-05 18:13:17下载
    积分:1
  • timeoptimaltrajectory
    The GUI is used to demonstrate the results and concepts used in the paper. If readers want to use its result in their research for determining the minimum-length or time-optimal trajectory, just call function
    2012-04-13 11:36:53下载
    积分:1
  • bayesleastrisk
    基于最小错误概率和最小风险的贝叶斯分类器(Based on the minimum probability of error and minimum- risk Bayesian classifier )
    2012-04-17 17:38:27下载
    积分:1
  • 696522资源总数
  • 104029会员总数
  • 31今日下载