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POSTER
TITLE |
POSTER
AUTHOR |
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1 |
EPI
Navigator Based Prospective Motion Correction Technique for
2D FLAIR Imaging in the Brain |
Himanshu
Bhat, Ph.D.
Siemens Healthcare
Charlestown, MA, USA |
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2 |
trackDOTS - Tracking Discrete Off-resonance Markers with
Three Spokes |
José P.
Marques, Ph.D.
CIBM
Lausanne, Switzerland |
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3 |
Reflected Power as a Breathing Signal for Motion Correction
in cMRI with GRICS
|
Guido P.
Kudielka, M.Sc.
GE Global Research
Garching, Germany |
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4 |
MR & CT
Image Registration Under Active Breathing Coordinator Motion
Control |
Evangelia
Kaza, Ph.D.
Institute of Cancer Research
Sutton, England, UK |
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5 |
Slice-by-Slice Prospective Motion Correction in EPI
Sequences |
Paul
Wighton, Ph.D.
Harvard Medical School
Charlestown, MA, USA |
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6 |
Miniature TL-Based RF Tracking Devices for Prospective
Motion Correction in MRI at 7 T |
Aleksandra Sulikowska, M.Sc.
University of Nottingham
Nottingham, England, UK |
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7 |
A
Biophysical Model for Retrospective Motion Correction in
fMRI & a Comparison of Current Methodologies |
Tim M.
Tierney, M.Sc.
Institute of Child Health
London, England, UK |
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9 |
Using PET/MRI to Assess Radioembolization of Y90
Microspheres |
Nichole
M. Maughan, M.Sc.
Washington University
St. Louis, MO, USA |
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10 |
A
Reliability Measure for Merging Data from Multiple Cameras
in Optical Motion Correction |
Julian R.
Maclaren, Ph.D.
Stanford University
Stanford, CA, USA |
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11 |
An
Optical Motion Feedback System Significantly Reduces Head
Motion in an MRI Study on 6-Year-Old Children |
Thomas
Siegert
Max Planck Institute
Leipzig, Germany |
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12 |
Prospective Motion Correction in 3D-Encoded FLASH Using a
Combination of Cloverleaf & Volumetric Navigators (vNavs) |
M. Dylan
Tisdall, Ph.D.
A.A. Martinos Center
Charlestown, MA, USA |
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13 |
Repurposing Microsoft Kinect for Motion Correction in the
MRI Environment |
Philip
Noonan, Ph.D.
University of Manchester
Manchester, England, UK |
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14 |
Edge-Preserving Smoothing for Robust Volume Assembly from
Real-Time Free-Breathing Cardiac 2D Acquisitions |
Xiaoguang
Lu, Ph.D.
Siemens Corporation
Princeton, NJ, USA |
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15 |
Prospective Correction of Both Motion & B0
Distortions in fMRI & DTI |
Alkathafi
A. Alhamud, Ph.D.
University of Cape Town
Cape Town, South Africa |
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16 |
Usage of Birdcage Coil Harmonic Frequencies for Measurement
of Respiration Induced Impedance Changes |
Guido P.
Kudielka, M.Sc.
GE Global Research
Garching, Germany |
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17 |
Flexible Inter- & Intra-Scan Motion Tracking |
Peter
Koken
Philips Technologie GmbH
Hamburg, Germany |
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18 |
An
Algorithm for Orthogonal Correction of Phase-Encoding
Derived Artifacts in Magnetic Resonance
|
Andrea
Dell’Orso, M.D.
General Hospital
Empoli, Italy |
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19 |
Prospective Optical Motion Correction for
Susceptibility-Weighted Imaging |
Murat
Aksoy, Ph.D.
Stanford University
Palo Alto, CA, USA |
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20 |
Real-time Measurement of the Drift in the B0
Field Using a Volumetric Navigated DTI Sequence
|
Alkathafi
A. Alhamud, Ph.D.
University of Cape Town
Cape Town, South Africa |
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21 |
A
Survey of Patient Motion in Disorders of Consciousness &
Optimisation of its Retrospective Correction
|
Malte
Hoffmann, M.Sc.
University of Cambridge
Cambridge, England, UK |
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22 |
Prospective Motion Correction for BOLD fMRI Using the
Intrinsic High-Frequency Content of the EPI Trajectory
|
Maximilian Haeberlin, M.Sc.
ETH Zurich
Zurich, Switzerland |
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23 |
A
Simple-to-Build & Cost-Efficient MR-Compatible Phantom for
the Simulation of Non-Rigid Motion |
Christian
Würslin, Dipl.-Ing.
University Hospital Tübingen
Tübingen, Germany |
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25 |
The Effect of 4D-MRI Motion Mapping to CT Image for Use in
Liver 4D Dose Calculations |
Kinga B.
Bernatowicz, M.Sc.
Paul Scherrer Institute
Villigen, Switzerland |
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26 |
Rock-a-Bye Baby: Using Slice-by-Slice Motion Estimation &
Correction to Improve the Sensitivity of Neonatal fMRI |
Conor J.
Wild, Ph.D.
Western University
London, ON, Canada |
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28 |
Towards a Real-Time Prospective 3D Fat Navigator:
Investigating the Limits of Parallel Imaging |
Enrico
Avventi, Ph.D.
Karolinska Institut
Stockholm, Sweden |
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29 |
T2*
Mapping in the Brain Using a Prospective Motion Corrected
Segmented-EPI Sequence |
Benjamin
R. Knowles, Ph.D.
University of Freiburg
Freiburg, Germany |
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30 |
Toward Practical 3D Motion Correction Using Spherical
Navigator Echoes |
Patricia
Johnson, B.Sc.
Robarts Research Institute
London, ON, Canada |
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31 |
Improved Image Quality with
PROMO-Enabled Multi-Echo Enabled MP-RAGE |
Vinai
Roopchansingh, Ph.D.
National Institutes of Health
Bethesda, MD, USA |
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32 |
Rigid Body Motion Correction for Pediatric Spinal Cord DTI:
Improving Gray Matter-White Matter Definition
|
Devon M.
Middleton, M.Sc.
Temple University
Philadelphia, PA, USA |
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33 |
Navigator-Guided Data Reacquisition for Motion Artifact
Reduction |
Tim
Nielsen, Ph.D.
Philips Technologie GmbH
Hamburg, Germany |
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34 |
Infimal Convolution of Total Generalized Variation Type
Functionals for Highly Accelerated Reconstruction of Dynamic
MRI |
Matthias
Schlögl, Dipl.-Phys.
Graz University of Technology
Graz, Austria |
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35 |
Preliminary Results on Motion Correction in Pediatric MRI
Using an Electromagnetic Tracker |
Onur
Afacan, Ph.D.
Boston Children’s Hospital
Boston, MA, USA |
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36 |
Speech Cine SSFP with Optical Microphone Synchronization &
Motion Compensated Reconstruction |
Freddy
Odille, Ph.D.
INSERM LADI
Vandoeuvre-lés-Nancy, France |
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LATE BREAKING
POSTER |
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37 |
An
MRI Compatible Surface Scanner |
Oline V.
Olesen, Ph.D.
Technical University of Denmark
Copenhagen, Denmark |
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