Poster
3 April 2024 suRi 1.0: super resolution CBCT imaging in dual-layer flat-panel detector with half-pixel shifted binning
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Conference Poster
Abstract
Precision radioligand therapy calls for patient dosimetry, which in turn requires the knowledge of time integrated activity curves for various tissues of interest, often acquired through post therapy imaging. A number of imaging methods have been proposed, with considerations of both dosimetric accuracy and the practicality of the method. Clinical studies on patients, as the more traditional way of evaluating these methods, are faced with challenges from: (1) the lack of ground truth and (2) the burden of performing the clinical studies. A Monte Carlo simulation based approach, as is proposed in this work, would address the challenges and provide fast and reliable ways to assess different imaging method. The presented work demonstrates the potential of the proposed simulation based approach in the the design of the post radioligand therapy imaging methods for patient dosimetry purposes.
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Ting Su, Jiongtao Zhu, Xin Zhang, and Yongshuai Ge "suRi 1.0: super resolution CBCT imaging in dual-layer flat-panel detector with half-pixel shifted binning", Proc. SPIE 12925, Medical Imaging 2024: Physics of Medical Imaging, 129253D (3 April 2024); https://doi.org/10.1117/12.3005379
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KEYWORDS
Cone beam computed tomography

Super resolution

Imaging systems

Spatial resolution

Sampling rates

Signal detection

Computed tomography

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