文件名称:107215771l1magic
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该程序使用matlab开发的规划中的经典算法——基于对偶仿射理论的内点法，在工程中是很常用的-The program developed by the use of matlab classical planning algorithm - based on the theory of dual affine interior point method, in the projects is a very commonly used-该程序使用matlab开发的规划中的经典算法——基于对偶仿射理论的内点法，在工程中是很常用的-The program developed by the use of matlab classical planning algorithm- based on the theory of dual affine interior point method, in the projects is a very commonly used
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下载文件列表
l1magic\camera.gif
.......\Data\boats.mat
.......\....\camera.mat
.......\....\RandomStates.mat
.......\Data
.......\l1dantzig_example.m
.......\l1decode_example.m
.......\l1eq_example.m
.......\l1magic_notes.pdf
.......\l1qc_example.m
.......\lena128.bmp
.......\lena256.bmp
.......\Measurements\At_f.m
.......\............\At_fhp.m
.......\............\A_f.m
.......\............\A_fhp.m
.......\............\LineMask.m
.......\Measurements
.......\Optimization\._l1eq_pd.m
.......\............\._l1qc_logbarrier.m
.......\............\._tveq_logbarrier.m
.......\............\cgsolve.m
.......\............\l1dantzig_pd.m
.......\............\l1decode_pd.m
.......\............\l1eq_pd.m
.......\............\l1qc_logbarrier.m
.......\............\l1qc_newton.m
.......\............\tvdantzig_logbarrier.m
.......\............\tvdantzig_newton.m
.......\............\tveq_logbarrier.m
.......\............\tveq_newton.m
.......\............\tvqc_logbarrier.m
.......\............\tvqc_newton.m
.......\Optimization
.......\README
.......\readme.doc
.......\tvdantzig_example.m
.......\tveq_example.asv
.......\tveq_example.m
.......\tveq_phantom_example.asv
.......\tveq_phantom_example.m
.......\tvqc_example.m
.......\tvqc_quantization_example.m
.......\Untitled.m
l1magic
.......\Data\boats.mat
.......\....\camera.mat
.......\....\RandomStates.mat
.......\Data
.......\l1dantzig_example.m
.......\l1decode_example.m
.......\l1eq_example.m
.......\l1magic_notes.pdf
.......\l1qc_example.m
.......\lena128.bmp
.......\lena256.bmp
.......\Measurements\At_f.m
.......\............\At_fhp.m
.......\............\A_f.m
.......\............\A_fhp.m
.......\............\LineMask.m
.......\Measurements
.......\Optimization\._l1eq_pd.m
.......\............\._l1qc_logbarrier.m
.......\............\._tveq_logbarrier.m
.......\............\cgsolve.m
.......\............\l1dantzig_pd.m
.......\............\l1decode_pd.m
.......\............\l1eq_pd.m
.......\............\l1qc_logbarrier.m
.......\............\l1qc_newton.m
.......\............\tvdantzig_logbarrier.m
.......\............\tvdantzig_newton.m
.......\............\tveq_logbarrier.m
.......\............\tveq_newton.m
.......\............\tvqc_logbarrier.m
.......\............\tvqc_newton.m
.......\Optimization
.......\README
.......\readme.doc
.......\tvdantzig_example.m
.......\tveq_example.asv
.......\tveq_example.m
.......\tveq_phantom_example.asv
.......\tveq_phantom_example.m
.......\tvqc_example.m
.......\tvqc_quantization_example.m
.......\Untitled.m
l1magic