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A realistic Computed Tomography simulator for small motion analysis of cerebral aneurysms

par Sepehri, Shima;Thiran, Jean Philippe;Zouaoui Boudjeltia, Karim
Référence Conference proceedings, page (5103-5106), 6610696
Publication Publié, 2013

Article révisé par les pairs

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Résumé :

This paper describes a realistic simulator for the Computed Tomography (CT) scan process for motion analysis. In fact, we are currently developing a new framework to find small motion from the CT scan. In order to prove the fidelity of this framework, or potentially any other algorithm, we present in this paper a simulator to simulate the whole CT acquisition process with a priori known parameters. In other words, it is a digital phantom for the motion analysis that can be used to compare the results of any related algorithm with the ground-truth realistic analytical model. Such a simulator can be used by the community to test different algorithms in the biomedical imaging domain. The most important features of this simulator are its different considerations to simulate the best the real acquisition process and its generality. © 2013 IEEE.