Entrywise Squared Transforms for GAMP Supplementary Material

Christian Schou Oxvig (Creator)
Thomas Arildsen (Creator)
Torben Larsen (Creator)

Department of Electronic Systems

Dataset

Description

Supplementary material for a study on Entrywise Squared Transforms for Generalized Approximate Message Passing (GAMP). See the README file for the details.

Date made available	2016
Publisher	VBN

DOI
10.5278/240710282

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HadamardPowersSupp_MD5SUMS.txt
File: text/plain, 556 bytes
Type: Dataset
HadamardPowersSupp_SHA256SUMS.txt
File: text/plain, 844 bytes
Type: Dataset
HadamardPowersSupp_README.txt
File: text/plain, 1.11 KB
Type: Dataset
GAMP_line_profiling_USE.txt
File: text/plain, 41.2 KB
Type: Dataset
GAMP_line_profiling_RandomDCT2D.txt
File: text/plain, 41.2 KB
Type: Dataset
GAMP_line_profiling_results.hdf5
File: application/octet-stream, 2.7 MB
Type: Dataset
profiling_magni_gamp.py
File: text/x-scriptphyton, 10.4 KB
Type: Dataset
Aasq_GAMP_Figures_Version_2_.ipynb
File: application/octet-stream, 17.4 MB
Type: Dataset
Aasq_GAMP_Figures.html
File: text/html, 6.19 MB
Type: Dataset
Aasq_GAMP_Figures.ipynb
File: application/octet-stream, 5.51 MB
Type: Dataset
Aasq_GAMP_Figures_Version_2_.html
File: text/html, 17.8 MB
Type: Dataset

1 Finished

FastAFM: Enabling Fast Image Acquisition for Atomic Force Microscopy using Compressed Sensing
Larsen, T., Østergaard, J., Jensen, T., Arildsen, T., Oxvig, C. S. & Pedersen, P. S.
01/09/2013 → 31/08/2016
Project: Research

Cite this

Oxvig, C. S. (Creator), Arildsen, T. (Creator), Larsen, T. (Creator) (2016). Entrywise Squared Transforms for GAMP Supplementary Material. VBN. HadamardPowersSupp_MD5SUMS(.txt), HadamardPowersSupp_SHA256SUMS(.txt), HadamardPowersSupp_README(.txt), GAMP_line_profiling_USE(.txt), GAMP_line_profiling_RandomDCT2D(.txt), GAMP_line_profiling_results(.hdf5), profiling_magni_gamp(.py), Aasq_GAMP_Figures_Version_2_(ipynb), Aasq_GAMP_Figures(.html), Aasq_GAMP_Figures(ipynb), Aasq_GAMP_Figures_Version_2_(.html). 10.5278/240710282

Entrywise Squared Transforms for GAMP Supplementary Material

Description

DOI

Access Dataset

Projects

FastAFM: Enabling Fast Image Acquisition for Atomic Force Microscopy using Compressed Sensing

Cite this