Research Presentation Sessions: Physics in Medical Imaging
Computed tomography (CT)
Lectures
1
Introduction by the moderator - Stefan Sawall, Heidelberg / DE
02:00
2
Estimating the high scatter frequencies caused by coarse anti-scatter grids in x-Ray CT - Julien Erath, Heidelberg / DE
08:00
3
Scanning outside the localiser borders in chest CT: a multicentre study - Niki Fitousi, Leuven / BE
08:00
4
Personalised iodine contrast media injection in liver MDCT - Federica Zanca, Leuven / BE
08:00
5
Optimising CT perfusion acquisition parameters based on digital perfusion phantoms: obtaining maximum precision for a specific radiation exposure setting - Stephan Skornitzke, Heidelberg / DE
08:00
6
Advanced physics-based image quality assessment of a commercial super resolution deep learning reconstruction algorithm for cardiac radiology applied to a wide volume computed tomography system - Kirsten Boedeker, Los Angeles / US
08:00
7
Variability of water-equivalent diameter (Dw) with tube potential of CT scans - Abdullah Abuhaimed, Riyadh / SA
08:00
8
Impact of technology on local clinical dose reference levels in MDCT - Benoît Dufour, Sion / CH
08:00
9
Synthesising 4D CBCT scans from 3D CBCT phantom acquisitions - Julien Erath, Heidelberg / DE
08:00
10
Comparison of 3D-printed phantom parts with a conventional anthropomorphic phantom - Patrizia Kunert, Neuherberg / DE
08:00
11
Proposal of SSIM suitable for 3D medical images - Akira Hasegawa, Chapel Hill / US
08:00
