Classification stage with a dedicated convolutional CT-Casting-Net
Automatic defect detection in tomographic volumes using artificial intelligence approaches

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Classification stage with a dedicated convolutional CT-Casting-Net
Automatic defect detection in tomographic volumes using artificial intelligence approaches

Authors : Valérie KAFTANDJIAN, Abdel Rahman DAKAK, Philippe DUVAUCHELLE

Review date: July 2, 2025 | Lire en français

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5. Classification stage with a dedicated convolutional CT-Casting-Net

Since the result of segmentation is a binary image containing all abrupt variations in contrast, including artifacts, it is necessary to continue processing with a classification step. To do this, the binary images obtained slice after slice are first stacked and assembled to form a binary volume, then a labeling step is performed to associate a number with each discontinuity.

The center of mass of each of these discontinuities is then used to cut a set of three 64-by-64 cross-sections along the three main directions in space (see figure

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