📄 bpintro.m
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% BPIntro -- Info about BPDemo
%----------------------------------------------------------------------
%
% The files in this directory can reproduce the figures in the paper
% "Atomic Decomposition by Basis Pursuit"
% by S. Chen, D. L. Donoho and M. A. Saunders.
% See http://www-stat.stanford.edu/~atomizer
%
% The paper proposes the Basis Pursuit principle for atomic
% decomposition in overcomplete dictionaries. Basis pursuit
% chooses the "optimal" representation by minimizing the
% $l^1$ norm of coefficients. The paper gives examples to
% show that Basis Pursuit has some advantages over the
% Method of Frames, Matching Pursuit, and the Best Orthogonal Basis
% method, including better sparsity and super-resolution.
%
% Many figures here are identical to the ones in Scripts/Thesis
%
% Routines for Figures
%
% bpfig21 - Time-frequency plot of a wavelet packet atom
% bpfig22 - Synthesis versus Analysis: Carbon
% bpfig23 - MOF representation is not sparse: Hydrogen
% bpfig24 - Superresolution: TwinSine
% bpfig25 - Counter Examples for MP and OMP
% bpfig26 - BOB cannot resolve nonorthogonality: WernerSorrows
% bpfig31 - Analyze Carbon
% bpfig32 - Analyze FM-Cosine
% bpfig33 - Analyze Gong
% bpfig34 - Phase plane evolution at BP-Interior iterations
% bpfig41 - Resemblance between BP and Multiscale Edges: HeaviSine
% bpfig51 - De-Noising noisy Gong
% bpfig52 - Superresolution: noisy TwinSine-2
% bpfig53 - Total Variation De-Noising: Blocks
% bpfig54 - Total Variation De-Noising: Cusp
%
% The above scripts have been updated to allow a choice of solvers.
%
% bpfigs1998 - Runs all scripts with the 1998 solvers
% bpfigs2001 - Runs all scripts with the 2001 solvers
%
% BPDemo - Runs individual scripts from an interactive menu,
% allowing choice of solver
% BPNotes - Discusses the new solvers
%------------------------------------------------------------------------
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