Apr 30, 2018 · In this paper, we use the linearity of the X-ray transform to propose a bilinear model based on a prior 4D scan to separate angular and ...
Feb 11, 2019 · In this paper, we use the linearity of the X-ray transform to propose a bilinear model based on a prior 4D scan to separate angular and ...
The linearity of the Radon operator is used to propose a bilinear model based on a prior 4D scan to separate angular and respiratory variation in radiation ...
In this paper, we use the linearity of the X-ray transform to propose a bilinear model based on a prior 4D scan to separate angular and respiratory variation.
In this paper, we use the linearity of the X-ray transform to propose a bilinear model based on a prior 4D scan to separate angular and respiratory variation.
Decoupling Respiratory and Angular Variation in Rotational X-ray Scans ...
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In this paper, we use the linearity of the X-ray transform to propose a bilinear model based on a prior 4D scan to separate angular and respiratory variation.
Decoupling Respiratory and Angular Variation in Rotational X-ray Scans Using a Prior Bilinear Model ... respiratory motion estimation in radiation therapy ...
Abstract. Driving a respiratory motion model in X-ray guided radio- therapy can be challenging in treatments with continuous rotation such.
Data-driven respiratory signal extraction from rotational X-ray scans is a challenge as angular effects overlap with respiration-induced change in the scene.