Key result
Computerized processing of digital grey-scale fluorography images shows promise for improving image quality.
Why the study?
Does computerized image processing improve the quality of digital grey-scale fluorography images?
Population
Digital grey-scale fluorography images derived from non-subtractive digital angiography and digital…
Comparison
Computerized image processing techniques… vs Original unprocessed images
Design
Other
Authors
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May support technical evaluation of fluorographic enhancement; leaves open diagnostic accuracy and clinical adoption pending validation studies.
Does computerized image processing improve the quality of digital grey-scale fluorography images?
Computerized image processing techniques such as dynamic range equalization and adaptive contour enhancement show promise in improving digital grey-scale fluorography image quality.
Cowen et al. (1988) studied this question. Computerized processing of digital grey-scale fluorography (DGF) images vs. Original images was evaluated on Image quality. Computerized processing of digital grey-scale fluorography images using dynamic range equalization and adaptive contour enhancement showed promise in improving image quality.
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