Description: The main directory contains MATLAB m-files which contain simple examples for each of the recovery problems. They illustrate how the code should be used (it is fairly straightforward). The prefixes on the example files are as follows:
"l1eq" = L1 minimization with equality constraints,
"l1qc" = L1 minimization with quadratic (L2 norm) constraints,
"l1decode" = L1 norm approximation (for channel decoding),
"11dantzig" = L1 minimization with minimal residual correlation (the Dantzig selector).
"tveq" = TV minimization with equality constraints,
"tvqc" = TV minimization with quadratic constrains,
"tvdantzig" = TV minimization with minimal residual correlation.
- [neidianfa] - The program developed by the use of matl
- [l1magic] - Interior point method based on the solut
- [l1magic-1.1.tar] - l1-magic Compressive Sensing
- [l1magic-1.1] - the codes for L1 in sparsty representati
- [l1magic] - L1 minimization and compressive sensing
- [l1magic] - The matlab implement of the reconstructi
- [l1magic-1.1] - Achieve the right image sub-block and re
- [error2d] - Computes the FE error measured in the L2
File list (Check if you may need any files):
l1magic
.......\l1magic
.......\.......\Data
.......\.......\....\boats.mat
.......\.......\....\camera.mat
.......\.......\....\RandomStates.mat
.......\.......\l1dantzig_example.m
.......\.......\l1decode_example.m
.......\.......\l1eq_example.asv
.......\.......\l1eq_example.m
.......\.......\l1magic_notes.pdf
.......\.......\l1qc_example.m
.......\.......\Measurements
.......\.......\............\At_f.m
.......\.......\............\At_fhp.m
.......\.......\............\A_f.m
.......\.......\............\A_fhp.m
.......\.......\............\LineMask.m
.......\.......\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
.......\.......\............\normaliz.m
.......\.......\............\tvdantzig_logbarrier.m
.......\.......\............\tvdantzig_newton.m
.......\.......\............\tveq_logbarrier.m
.......\.......\............\tveq_newton.m
.......\.......\............\tvqc_logbarrier.m
.......\.......\............\tvqc_newton.m
.......\.......\README
.......\.......\tvdantzig_example.m
.......\.......\tveq_example.m
.......\.......\tveq_phantom_example.m
.......\.......\tvqc_example.m
.......\.......\tvqc_quantization_example.m
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