Description: New features:
Switched to complex computation, fully compatible with complex data
Replaced penalty parameter continuation by R. Glowinski and P.L. Tallec s alternating direction method (ADM or ADMM)
New parameter/data normalization was added to make parameters rather independent of the image size, pixel intensity range, and number of CS measurements. To find the parameters aTV and aL1 for version 2.0 corresponding to those used in versions 1.1 or 1.0, see Lines 60, 66, and 67 of RecPF.m.
To Search:
File list (Check if you may need any files):
RecPF_v2.2_pub
..............\compile_first.m
..............\Data
..............\....\Phantom10LsNoNs.mat
..............\....\Phantom22Ls001Noise.mat
..............\....\Phantom22LsNoNs.mat
..............\demo_RecPF.m
..............\demo_RecPF_noisy.m
..............\readme.txt
..............\solver
..............\......\RecPF.m
..............\......\RecPF_vsPC.m
..............\utilities
..............\.........\Compute_rhs_DxtU_DytU.c
..............\.........\Compute_rhs_DxtU_DytU.mexw32
..............\.........\Compute_Ux_Uy.c
..............\.........\Compute_Ux_Uy.mexw32
..............\.........\Compute_V.c
..............\.........\Compute_V.mexw32
..............\.........\Compute_Wx_Wy.c
..............\.........\Compute_Wx_Wy.mexw32
..............\.........\dctPhi.m
..............\.........\funcval.m
..............\.........\identityPhi.m
..............\.........\MRImask.m
..............\.........\snr.m
..............\.........\Test_rhs_DxtU_DytU.m
..............\.........\Wavedb1Phi.m
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