文件列表:

turboAMP (0, 2013-02-20)
turboAMP\demo.m (3878, 2013-02-12)
turboAMP\hmt (0, 2013-02-12)
turboAMP\hmt\getStructHMT.m (508, 2011-09-23)
turboAMP\hmt\hmt_spd.m (978, 2011-08-03)
turboAMP\hmt\hmt_struct (0, 2013-02-12)
turboAMP\hmt\hmt_struct\waveForest.class (4057, 2011-08-03)
turboAMP\hmt\hmt_struct\waveForest.java (5491, 2013-01-22)
turboAMP\hmt\hmt_struct\waveNode.class (6581, 2011-08-03)
turboAMP\hmt\hmt_struct\waveNode.java (10462, 2013-01-22)
turboAMP\hmt\hmt_struct\waveTree.class (1310, 2011-08-03)
turboAMP\hmt\hmt_struct\waveTree.java (1475, 2013-01-22)
turboAMP\hmt\initializeModelParams.m (3909, 2013-02-12)
turboAMP\imageData.mat (53066, 2011-09-23)
turboAMP\turbo (0, 2013-02-20)
turboAMP\turbo\getConfigTurboAMP.m (891, 2013-02-12)
turboAMP\turbo\spe_wt.m (3684, 2013-02-11)
turboAMP\turbo\turboAMP.m (5117, 2013-02-20)
turboAMP\utils (0, 2013-02-12)
turboAMP\utils\booleanMultiply.m (258, 2011-08-03)
turboAMP\utils\computeVar.m (327, 2011-08-03)
turboAMP\utils\conv_mat2viz.m (183, 2011-08-03)
turboAMP\utils\conv_viz2mat.m (174, 2011-08-03)
turboAMP\utils\estimate_sigma.m (656, 2011-08-03)
turboAMP\utils\getA.m (778, 2013-02-11)
turboAMP\utils\sig_estimation.m (1831, 2011-08-03)
turboAMP\utils\sigma2Array.mat (281, 2011-08-03)
turboAMP\utils\wave_mat2vec.m (697, 2011-08-03)
turboAMP\utils\wave_vec2mat.m (766, 2011-08-03)

This file describes the steps needed to run the software. It also includes legal disclaimer and copyright notice. Requirements ------------ 1. A Windows, Unix/Linux, Macintosh machine capable of running MathWorks MATLAB software. 2. MathWorks MATLAB release 2009a or later. The software package may function properly on previous releases of Matlab, but the authors have not developed the software to function on such previous releases. Running the software -------------------- 1. The demo.m demonstrates how to tun the software. Comments are provided in the demo.m file to explain the variables. 2. Type demo from Matlab command line to run the software. 3. The program uses default hyperparameter values as described in [3]. But they can be overridden by user specified values. In the demo.m file the noise Gamma parameters are overridden by user. Similarly, other parameters listed in the demo.m file can be overridden by user specified values. 4. To run in command line (without GUI) invoke Matlab as matlab -nodesktop (instead of -nojvm option). Warranty Disclaimer ------------------- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. Copyright --------- The source codes contained in the files associated with this software package are copyrighted (c) by Subhojit Som and Philip Schniter, 2011. References ---------- 1. P. Schniter, "Turbo Reconstruction of Structured Sparse Signals," Proc. Conf. on Information Sciences and Systems, (Princeton, NJ), Mar. 2010. 2. S. Som, L. C. Potter, and P. Schniter, "Compressive Imaging using Approximate Message Passing and a Markov-Tree Prior," Proc. Asilomar Conf. on Signals, Systems, and Computers (Pacific Grove, CA), Nov. 2010. 3. S. Som, and P. Schniter, "Compressive Imaging using Approximate Message Passing and a Markov-Tree Prior," Submitted to IEEE Trans. Signal Processing, 2011.

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