PROGRAM |
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13:30 |
Welcome & Business Meeting |
Andre J. W. Van der Kouwe, Ph.D. |
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Massachusetts General Hospital, USA |
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13:40 |
Traditional Poster Session |
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Self-Gating of Respiratory Motion for Pulmonary Ultra Short
Echo |
Andrew Hahn, Ph.D. |
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Time MRI of Infants in the NICU |
University of Wisconsin at Madison, USA |
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Accelerated & Motion-Robust In Vivo
T2
Mapping from Radially |
Noam Ben-Eliezer, Ph.D. |
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Undersampled Data Using Bloch-Simulation-Based Iterative
Reconstruction |
New York University, USA |
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Improving Quantitative Susceptibility & R2*
Mapping by Applying |
Xiang Feng, M.Sc. |
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Retrospective Motion Correction |
Jena University Hospital, Germany |
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Retrospective Motion Correction in CEST MRI Data using Time
Domain |
Nirbhay N. Yadav, Ph.D. |
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Analysis |
Johns Hopkins University, USA |
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Assessment of Marker Fixation in Prospective Motion
Correction using a |
Benjamin R. Knowles, Ph.D. |
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Multiple Marker Approach |
University of Freiburg, Germany |
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The Necessity of Coil Sensitivity & Gradient Non-Linearity
Distortion |
Uten Yarach, M.Sc. |
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Corrections in Prospective Motion Correction |
BMMR, Germany |
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Contribution of FOV Updating & Reacquisition to Estimates of
Cortical |
Joelle E. Sarlls, Ph.D. |
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Surface Measures in PROMO MPRAGE |
National Institutes of Health/ NINDS, USA |
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Inter-Scan Motion Artefacts in Quantitative R1
Mapping Require Correction |
Daniel Papp, M.Sc. |
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of Coil Sensitivity Profiles |
Wellcome Trust Centre for Neuroimaging, United Kingdom |
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Prospective Motion Correction of DW 3D-MS EPI using
Collapsed FatNav |
Mathias Engström, M.Sc. |
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(cFatNav) |
Karolinska University Hospital, Sweden |
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Effect of Hand Feedback Visualization on Head Motion During
fMRI of |
Mahta Karimpoor, M.Sc. |
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Neuropsychological Testing |
Sunnybrook Research Institute, Canada |
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Using Optical Flow to Estimate Displacement Between 3D
Navigators in |
Nicholas Dwork, M.Sc. |
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Coronary Angiography |
Stanford University, USA |
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3D Free-breathing Abdominal MRI using Robust Navigator
Processing with |
Tao Zhang, Ph.D. |
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Coil Clustering |
Stanford University, USA |
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Electronic Posters |
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13:40 |
Improving Motion Robustness of Pseudo-Continuous Arterial
Spin Labeling |
Michael Helle, Ph.D. |
Computer 1 |
by Using Real-Time Motion Correction |
Philips Technologie GmbH, Germany |
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13:48 |
Prospective Motion Correction of Segmented Diffusion
Weighted EPI |
Michael Herbst, Ph.D. |
Computer 2 |
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University of Hawaii, USA |
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13:56 |
Single Echo EPI Sequence with Dynamic Distortion Correction:
Minimization |
Barbara K. Dymerska, M.Sc. |
Computer 3 |
of Errors Due to Motion & Breathing |
Medical University of Vienna, Austria |
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14:04 |
A Novel Fully Automatic Motion Correction Scheme for Cardiac
Perfusion |
Sandeep S. Kaushik, M.Sc. |
Computer 4 |
MR Images Using Group-wise Non-rigid Registration |
GE Global Research, India |
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14:12 |
Motion Detection Improvement of Pencil Beam Navigator Echo
with |
Yuji Iwadate, M.Sc. |
Computer 5 |
Gradient Reversal Method |
GE Healthcare, Japan |
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14:20 |
Free-Breathing, Self-Navigated RUFIS Lung Imaging with
Motion |
Anne Menini, Ph.D. |
Computer 1 |
Compensated Image Reconstruction |
GE Global Research, Germany |
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14:28 |
Improved Motion Compensated Reconstruction for 3D Abdominal
MRI Using |
Gastao J. L. Cruz, M.Sc. |
Computer 2 |
a Self-Navigated Non-Rigid Motion Model |
King's College London, United Kingdom |
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14:36 |
POCS-Based Reconstruction of Multiplexed Sensitivity Encoded
MRI |
Mei-Lan Chu, B.Sc. |
Computer 3 |
(POCSMUSE): A General Algorithm for Reducing Motion-Related
Artifacts |
Duke University Medical Center, USA |
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15:20 |
Final Thoughts |
Andre J. W. Van der Kouwe, Ph.D. |
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Massachusetts General Hospital, USA |
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15:30 |
Adjournment |
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