HIGHLIGHTS
- What: The aim of the work is to develop gradation correction models methods and test software that can be quickly applied to improve X-ray and computed tomography (CT) images in automatic mode under conditions of time constraints as well as significant distortion of the dynamic range of density due to the presence of high-density metal objects significant manifestation of the gloss effect. Based on the analysis of typical problems of reduced visualization efficiency and CT analysis of human tissues and organs with metal fragments, the paper proposes a suitable model and method of gradation correction . . .
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