Daniel J. Tward - author: J. Siewerdsen
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Anatomical background and generalized detectability in tomosynthesis and cone-beam CT
The generalized NEQ and detectability index for tomosynthesis and cone-beam CT: From cascaded systems analysis to human observers
TH-D-201B-01: Task-Based Analysis of Detectability in Tomosynthesis and Cone-Beam CT: Validation of Fourier Metrics in Comparison to Real Observers
Sparse data reconstruction of flat-panel cone-beam CT for potential use in image-guided surgery
SU-FF-I-113: Anatomical Power Spectrum and Detectability: An Analytical and Experimental Basis
MO-D-304A-01: Spatial and Fourier Analysis of Non-Stationarity in 3D X-Ray Computed Tomography
Analysis of image noise in 3D cone-beam CT: spatial and Fourier domain approaches under conditions of varying stationarity [6913-61]
NEQ and task in dual-energy imaging: from cascaded systems analysis to human observer performance (Best Student Paper Award)[6913-36]
Cascaded systems analysis of the 3D NEQ for cone-beam CT and tomosynthesis [6913-63]
WE-C-332-01: Cascaded Systems Analysis of the 3D NEQ of Cone-Beam CT: Investigation of Voxel Size in Relation to 3D Noise Aliasing
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