A control system approach to subject specific prospective respiratory motion correction in cardiac MRI

Includes bibliographical references. === Respiratory motion of the heart is a problem for high-resolution cardiac MRI. Diaphragmatic navigator gating with a 5mm acceptance window is most commonly used to address this but has an inherently low respiratory efficiency that is further compromised by res...

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Bibliographic Details
Main Author:	Burger, Ian H
Other Authors:	Meintjes, Ernesta
Format:	Doctoral Thesis
Language:	English
Published:	University of Cape Town 2014
Subjects:	Human Biology
Online Access:	http://hdl.handle.net/11427/10220

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spelling	ndltd-netd.ac.za-oai-union.ndltd.org-uct-oai-localhost-11427-102202020-07-22T05:07:41Z A control system approach to subject specific prospective respiratory motion correction in cardiac MRI Burger, Ian H Meintjes, Ernesta Human Biology Includes bibliographical references. Respiratory motion of the heart is a problem for high-resolution cardiac MRI. Diaphragmatic navigator gating with a 5mm acceptance window is most commonly used to address this but has an inherently low respiratory efficiency that is further compromised by respiratory drift. A novel method is presented that uses data from multiple navigators prior to the imaging segment as input for a control system to predict the diaphragm position throughout the imaging segment and correct the slice position in real time. 2014-12-27T14:08:04Z 2014-12-27T14:08:04Z 2012 Doctoral Thesis Doctoral PhD http://hdl.handle.net/11427/10220 eng application/pdf University of Cape Town Faculty of Health Sciences Department of Human Biology
collection	NDLTD
language	English
format	Doctoral Thesis
sources	NDLTD
topic	Human Biology
spellingShingle	Human Biology Burger, Ian H A control system approach to subject specific prospective respiratory motion correction in cardiac MRI
description	Includes bibliographical references. === Respiratory motion of the heart is a problem for high-resolution cardiac MRI. Diaphragmatic navigator gating with a 5mm acceptance window is most commonly used to address this but has an inherently low respiratory efficiency that is further compromised by respiratory drift. A novel method is presented that uses data from multiple navigators prior to the imaging segment as input for a control system to predict the diaphragm position throughout the imaging segment and correct the slice position in real time.
author2	Meintjes, Ernesta
author_facet	Meintjes, Ernesta Burger, Ian H
author	Burger, Ian H
author_sort	Burger, Ian H
title	A control system approach to subject specific prospective respiratory motion correction in cardiac MRI
title_short	A control system approach to subject specific prospective respiratory motion correction in cardiac MRI
title_full	A control system approach to subject specific prospective respiratory motion correction in cardiac MRI
title_fullStr	A control system approach to subject specific prospective respiratory motion correction in cardiac MRI
title_full_unstemmed	A control system approach to subject specific prospective respiratory motion correction in cardiac MRI
title_sort	control system approach to subject specific prospective respiratory motion correction in cardiac mri
publisher	University of Cape Town
publishDate	2014
url	http://hdl.handle.net/11427/10220
work_keys_str_mv	AT burgerianh acontrolsystemapproachtosubjectspecificprospectiverespiratorymotioncorrectionincardiacmri AT burgerianh controlsystemapproachtosubjectspecificprospectiverespiratorymotioncorrectionincardiacmri
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A control system approach to subject specific prospective respiratory motion correction in cardiac MRI

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