Application of compressed sensing to optical tomography
B Hamelin, S Archambault, S Belanger… - … Imaging: From Nano …, 2011 - ieeexplore.ieee.org
B Hamelin, S Archambault, S Belanger, JM Lina, F Lesage
2011 IEEE International Symposium on Biomedical Imaging: From Nano …, 2011•ieeexplore.ieee.orgA concrete experimental application of compressed sensing is described. It uses a pair of
digital micromirrors to perform diffuse optical tomography. Specific constraints arise due to
the requirement of rapid imaging, which entails using of binary illumination patterns. Benefits
and limitations of compressed sensing towards reaching these goals are discussed with
preliminary results.
digital micromirrors to perform diffuse optical tomography. Specific constraints arise due to
the requirement of rapid imaging, which entails using of binary illumination patterns. Benefits
and limitations of compressed sensing towards reaching these goals are discussed with
preliminary results.
A concrete experimental application of compressed sensing is described. It uses a pair of digital micromirrors to perform diffuse optical tomography. Specific constraints arise due to the requirement of rapid imaging, which entails using of binary illumination patterns. Benefits and limitations of compressed sensing towards reaching these goals are discussed with preliminary results.
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