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Purpose: To implement a framework generating synthetic spectral panoramicimages from single energy CT volumes. Using the framework output to compare thesynthetic images against experimental spectral panoramic images forcross-verification. Methods: A simulation framework for generating syntheticspectral panoramic images from CT volumes is described. A cone beam CT scan ofan anthropomorphic head phantom is used as input. An experimental spectralpanoramic image of the same phantom is acquired. Results: The output of theframework of an anthropomorphic head phantom is compared against anexperimental spectral panoramic image of the same phantom. The synthetic andexperimental spectral panoramic images resemble each other considerably,especially the bone features. In the soft tissue images, there are somedeviations, which are a result of the differences between the experimental andsynthetic processing pipelines. Conclusions: It is demonstrated that generatingsynthetic spectral panoramic images from single energy CT volumes is possible.The synthetic images have many similarities with the experimental results,increasing the confidence in the correctness of the information containedwithin experimental spectral panoramic images and indicating that the syntheticimages could be useful in further research.

Generating spectral dental panoramic images from single energy computed tomography volumes