Detection of tubular structures in 3D images is an important issue for vascular medical imaging.
We present in this paper a new approach for centerline detection and reconstruction of …

PURPOSE: To evaluate three-dimensional (3D) digital subtraction angiography (DSA) as a
supplement to two-dimensional (2D) DSA in the endovascular treatment (EVT) of intracranial …

… Saint-Felix, D.; Trousset, Y.; Picard, C.; Rougee, A. 3D recon- About the Author-YVES
TROUSSET graduated as an engineer from struction of high contrast objects using a multi-scale …

Presents a new approach to segment vessels from 3D angiography of the brain. The authors'
approach is based on a vessel model and uses a multiscale analysis in order to extract the …

A new system has been designed and built to validate the concept of 3D computerized
angiography (CA). This system can acquire a set of 2D digital subtracted angiography images …

Reconstructing a 3D structure from a set of its 2D X-ray projections requires that the source
position and image plane orientation in 3D space be obtained with high accuracy for each of …

In this paper we present a new algorithm for matching a 3D MR angiography volume image
with two 2D X-ray angiograms without using artificial markers. The goal is to prove the …

The purpose of this paper is to derive a technique for accelerating the computation of cone-beam
forward and backward projections that are the basic steps of tomographic …

We consider the proximal gradient algorithm for solving penalized least-squares minimization
problems arising in data science. This first-order algorithm is attractive due to its flexibility …

This paper deals with the modeling of a vascular C-arm to generate 3D augmented fluoroscopic
images in an interventional radiology context. A methodology based on the use of a multi…