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Statements

Subject Item
dbr:Digital_micromirror_device
dbo:wikiPageWikiLink
dbr:Phase_space_measurement_with_forward_modeling
Subject Item
dbr:Scattering
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dbr:Phase_space_measurement_with_forward_modeling
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dbr:Phase_space_measurement_with_forward_modeling
rdfs:label
Phase space measurement with forward modeling
rdfs:comment
Phase space measurement with forward modeling is one approach to address the scattering issue in biomedical imaging. Scattering is one of the biggest problems in biomedical imaging, given that scattered light is eventually defocused, thus resulting in diffused images. Instead of removing the scattered light, this approach uses the information of scattered light to reconstruct the original light signals. This approach requires the phase space data of light in imaging system and a forward model to describe scattering events in a turbid medium. Phase space of light can be obtained by using digital micromirror device (DMD) or light field microscopy. Phase space measurement with forward modeling can be used in neuroscience to record neuronal activity in the brain.
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dbc:Medical_imaging
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1114472312
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dbr:Two-photon_excitation_microscopy dbr:Light_field_microscopy dbr:Scattering dbc:Medical_imaging dbr:Lasso_(statistics) dbr:Digital_micromirror_device dbr:Non-negative_least_squares dbr:Wigner_quasiprobability_distribution
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Phase space measurement with forward modeling is one approach to address the scattering issue in biomedical imaging. Scattering is one of the biggest problems in biomedical imaging, given that scattered light is eventually defocused, thus resulting in diffused images. Instead of removing the scattered light, this approach uses the information of scattered light to reconstruct the original light signals. This approach requires the phase space data of light in imaging system and a forward model to describe scattering events in a turbid medium. Phase space of light can be obtained by using digital micromirror device (DMD) or light field microscopy. Phase space measurement with forward modeling can be used in neuroscience to record neuronal activity in the brain.
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wikipedia-en:Phase_space_measurement_with_forward_modeling
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