Paper Info
Title
From Real MRA to Virtual MRA: Towards an Open-Source Framework.
Abstract
Angiographic imaging is a crucial domain of medical imaging. In particular , Magnetic Resonance Angiography (MRA) is used for both clinical and research purposes. This article presents the first framework geared toward the design of virtual MRA images from real MRA images. It relies on a pipeline that involves image processing, vascular modeling, computational fluid dynamics and MR image simulation, with several purposes. It aims to provide to the whole scientific community (1) software tools for MRA analysis and blood flow simulation ; and (2) data (computational meshes, virtual MRAs with associated ground truth), in an open-source / open-data paradigm. Beyond these purposes, it constitutes a versatile tool for progressing in the understanding of vascular networks, especially in the brain, and the associated imaging technologies.
Year
Venue
Field
2016
MICCAI
Computer vision,Polygon mesh,Computer graphics (images),Medical imaging,Computer science,MRAS,Image processing,Ground truth,Software,Artificial intelligence,Magnetic resonance angiography
DocType
Citations 
PageRank 
Conference
0
0.34
References 
Authors
7
28
Name
Order
Citations
PageRank
Nicolas Passat146946.22
Stéphanie Salmon201.01
Jean-Paul Armspach322126.60
Benoît Naegel401.01
Christophe Prud'homme500.68
Hugues Talbot602.03
Alexandre Fortin700.34
Simon Garnotel800.34
Odyssée Merveille9193.00
Olivia Miraucourt1000.68
Ranine Tarabay1100.34
Vincent Chabannes1200.68
Alice Dufour1300.34
Anna Jezierska14678.26
Olivier Balédent1500.34
Emmanuel Durand1600.34
Laurent Najman172365172.20
Marcela Szopos1802.03
Alexandre Ancel1962.17
J Baruthio20242.12
Maya Delbany2100.34
Sidy Fall2251.66
G. Pagé2300.34
Olivier Génevaux24684.88
M. Ismail25566.35
P. Loureiro de Sousa2600.34
Marc Thiriet2700.34
Julien Jomier2801.35