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This article addresses two common defects: LDR and poor contrast.
This article focuses on processing two kinds of poor contrast color images: one is low intensity with poor contrast (LIPC) images and another is high intensity with poor contrast (HIPC) images.
Therefore, poor contrast points (i.e., | D X ^ | < T c, where T c = 0.03) are rejected.
Therefore, poor contrast extrema are removed automatically and without using the predefined T c value.
This is a challenging task because of the severe occlusion and poor contrast in the images.
These regions have also poor contrast, and retinal vessels in these regions are very thin.
Low humidity causes the appearance of weakly developed prints with poor contrast.
Multimetal deposition IV reveals sharp ridge details but poor contrast as the background surface is darkened.
Superior mesenteric artery (SMA) is shown with poor contrast effects suggesting SMA occlusion.
However, this modality suffers from common image acquisition problems, such as change in illumination, poor contrast, noise and pose variation.
Some LIPC images are poor contrast images with only dark regions (Figure 1a), and some LIPC images are poor contrast images with both bright and dark regions (Figure 1b,c).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com