文件名称:DemoMVSA
介绍说明－－下载内容均来自于网络，请自行研究使用
高光谱分析，MVSA算法通过由内向外扩张寻找所有包含像元点的体积最小的单形体来获得端元其原理源于最小体积变换法-MVSA algorithm by looking the inside out to expand all the pixels containing the smallest point of the simplex body to get the end element。The principle is derived the minimum volume transformation method
(系统自动生成,下载前可以参看下载内容)
下载文件列表
DemoMVSA\DemoMVSA\affineProj.m
........\........\AVIRIS_wavelenght.mat
........\........\computeAtransYinvLA.m
........\........\cuprite_ref.mat
........\........\dataProj.m
........\........\demo_cuprite.asv
........\........\demo_cuprite.m
........\........\dirichlet.m
........\........\estNoise.m
........\........\HyperCSI.m
........\........\hysime.m
........\........\mvsa.m
........\........\mvsa_demo_easy.m
........\........\mvsa_demo_hard.m
........\........\mvsa_demo_n40000.m
........\........\mvsa_demo_p10.m
........\........\mvsa_demo_p20n10000.m
........\........\mvsa_demo_SNR20dB.m
........\........\mvsa_demo_USGS.m
........\........\quadProg1.m
........\........\readme.txt
........\........\spectMixGen.m
........\........\sunsal_mod.m
........\........\USGS_1995_Library.mat
........\........\USGU_sublibrary.mat
........\........\VCA.m
........\MonteCarlo\alphaa.mat
........\..........\b0.mat
........\..........\calculateError.m
........\..........\CCC.mat
........\..........\Cn.mat
........\..........\computeAtransYinvLA.m
........\..........\dataProj.m
........\..........\dirichlet.m
........\..........\E.mat
........\..........\estNoise.m
........\..........\FCLSU2.m
........\..........\g.mat
........\..........\generateDataSet.m
........\..........\GetSAD.m
........\..........\HyperCSI.m
........\..........\hysime.m
........\..........\k.mat
........\..........\MonteCarlo.m
........\..........\MonteCarloRMVES.m
........\..........\MVES.m
........\..........\mvsa.m
........\..........\NFINDR.m
........\..........\prune_library.m
........\..........\quadProgOptimized.m
........\..........\RMSE.m
........\..........\RMSERE.m
........\..........\RMVESBATTERY_constraints.m
........\..........\RMVESBATTERY_obj_fun.m
........\..........\RMVESBATTERY_obj_fun2.m
........\..........\RMVES_BATTERY.m
........\..........\SAD.m
........\..........\spectMixGen.m
........\..........\USGS_1995_Library.mat
........\..........\VCA.m
........\..........\Xd.mat
........\SeDuMi_1_3\ada_pcg.m
........\..........\adendotd.c
........\..........\adendotd.m
........\..........\adendotd.mexa64
........\..........\adendotd.mexglx
........\..........\adendotd.mexmaci
........\..........\adendotd.mexmaci64
........\..........\adendotd.mexw32
........\..........\adendotd.mexw64
........\..........\adenscale.c
........\..........\adenscale.mexa64
........\..........\adenscale.mexglx
........\..........\adenscale.mexmaci
........\..........\adenscale.mexmaci64
........\..........\adenscale.mexw32
........\..........\adenscale.mexw64
........\..........\Amul.m
........\..........\asmDxq.m
........\..........\auxfwdpr1.c
........\..........\auxgivens.c
........\..........\blkaux.c
........\..........\blkchol.c
........\..........\blkchol.m
........\..........\blkchol.mexa64
........\..........\blkchol.mexglx
........\..........\blkchol.mexmaci
........\..........\blkchol.mexmaci64
........\..........\blkchol.mexw32
........\..........\blkchol.mexw64
........\..........\blkchol2.c
........\..........\blkmul.c
........\..........\blksdp.h
........\..........\bwblkslv.c
........\..........\bwblkslv.m
........\..........\bwblkslv.mexa64
........\..........\bwblkslv.mexglx
........\..........\bwblkslv.mexmaci
........\..........\bwblkslv.mexmaci64
........\..........\bwblkslv.mexw32