i2i workshop

 

In October 2016, over 300 scientists, clinicians, engineers, and programmers from academia, medicine, and tech industry came together at the inaugural i2i Workshop to explore how latest technical trends will transform workflow, hardware, software, and image interpretation in MR and PET. See the workshop program and recorded presentations below. Sign up for updates on the next i2i Workshop, where we will continue to explore what's next for biomedical imaging.

i2i Workshop 2016

Day 1 Thursday, October 13, 2016   Jump to Day 2  
Venue Farkas Auditorium, NYU School of Medicine
Registration and Breakfast
Session 1 Introduction: the changing face of imaging
watch Introduction to the i2i workshop
• Riccardo Lattanzi, PhD (NYU)
watch Welcome from NYU leadership
• Michael P. Recht, MD (NYU)
• Robert I. Grossman, MD (NYU)
watch The new imaging
• Daniel Sodickson, MD, PhD (NYU)
Session 2 The changing face of image acquisition and reconstruction: towards rapid, continuous, comprehensive imaging
Technical trends
watch New trends in MR
• Nicole Seiberlich, PhD (Case Western Reserve University)
watch New trends in PET
• Johan Nuyts, PhD (University of Leuven)
Clinical translation
watch The five-minute neuroimaging examination
• James Pipe, PhD (Barrow Neurological Institute)
watch The five-minute pediatric MR examination
• Shreyas Vasanawala, MD, PhD (Stanford University)
Coffee break
watch Continuous motion-robust imaging of the abdomen
• Hersh Chandarana, MD (NYU)
watch The new comprehensive cardiac MR examination
• Matthias Stuber, PhD (University of Lausanne)
watch The abbreviated breast imaging examination
• Linda Moy, MD (NYU)
watch Accelerating routine MSK imaging
• Ricardo Otazo, PhD (NYU)
watch MR-PET and the efficient multimodality examination
Hongyu An, PhD (Washington University in St. Louis)
watch Proffered talk: Five-minute motion-robust high-resolution 3D free-breathing MR pulmonary imaging
• Wenwen Jiang (University of California, Berkeley)
watch Proffered talk: Joint reconstruction for phase-cycled balanced SSFP
• Berkin Bilgic (MGH, Harvard)
Lunch
Session 3 The changing face of multiparametric imaging
watch The state of the art in parametric mapping
• Wendy Oakden, PhD (University of Toronto)
watch How MR Fingerprinting could change the way we think about MRI
• Mark Griswold, PhD (Case Western University)
watch Multiparametric imaging with inhomogeneous RF fields, and MRF-PET
• Martijn Cloos, PhD (NYU)
watch Proffered talk: Simultaneous spatial localization and parameter quantification in MR-STAT
• Alessandro Sbrizzi, PhD (UMC Utrecht)
Coffee break
watch From Imaging Hardware of Tomorrow:
My dream high-field MR scanner
• Jürgen Hennig, PhD (University of Freiburg)
Session 4 Poster Session
Power pitches marked P
1 P view
2nd Prize
TArgeted Motion Estimation and Reduction (TAMER): Data Consistency Basked Motion Mitigation
• Haskell M et al.
2 Accelerated knee MRI using a combination of simultaneous miltislice and compressed sensing
• Yoshimoto A et al.
3 Low rank alternating direction method of multipliers reconstruction for MR Fingerprinting
• Asslaender J et al.
4 Tensor Subspace Learning with Informative Random Sampling for High-Resolution and Real-Time MR Imaging
• Mardani Korani M
5 P 7 Tesla 22-Channel Wrap-Around Coil Array for Cervical Spinal Cord and Brainstem Imaging
• Seifert AC et al.
6 view Predicting Multi-coil RF Shims via Machine Learning
• Ianni JD at al.
7 P A Functional Magnetic Particle Imaging (fMPI) apparatus for dynamic CBV measurements
• Zimmerman Cooley C et al.
8 P view A Magnetic Particle Imaging simulation for scaling from rat to human
• Mason E et al.
9 Approaching the Ultimate Intrinsic SNR with dense arrays of electric dipole antennas at 7T
• Chen G et al.
10 Potential for Estimation of perfusion from MR Thermometry—A Simulation Study
• Carluccio G et al.
11 P Optimization of 3 dimensional (3D), high resolution T2 weighted SPACE for carotid vessel wall imaging on a 7T whole-body clinical scanner
• Calcagno C et al.
12 P Feasibility of Vessel Wall Imaging fo the Superficial Palmar Arch using 7T and 3T MRI
• Pruzan A et al.
13 MR Electrical Property Tomography at 21.1T
• Amouzandeh G et al.
14 P PET/MR Imaging of Morphine-induced μ-Opioid Receptor Desensitization
• Wey HY et al.
15 P view Motion Averaged MR-Based Attenuation Correction for Coronary 18-Fluoride PET/MR
• Robson PM et al.
16 PET kinetics-based bone segmentation in 18F-FDG:18-F-NaF PET/MR for enhanced PET quantification
• Karakatsanis NA et al.
17 P view Peripheral Nerve Imaging using 2-point Dixon 3D Fast Spine Echo (CUBE-FLEX) with Flow-Saturation Preparation (FSP): Initial Feasibility Study
• Sneag DB et al.
18 P view
1st Prize
Dynamic contrast-enhanced 3D MR imaging of hte breast with fat/water separation and high spatiotemporal resolution using Dixon Radial Volumetric Encoding (Dixon-Rave)
• Benkert T et al.
19 Automated Body Composition Analysis from Dixon MRI
• Whitcher B et al.
20 P view Dynamic Diffusion Tensonr Imaging in Calf Muscle with MEDITI
• Sigmund EE et al.
21 view Simultaneously excited Multi-slice DTI in the Peripheral Nerves
• Jeon T et al.
22 P From qualitative to quantitative: the utility of quantitative multiparametric MRI for the detection of early changes in tissue microstructure in Multiple Sclerosis
• Shepherd T et al.
23 view Data Acquisition Working Group Challenge: Assessment of interplatform variability of T1 quantification methods used for DCE-MRI in a multicenter phantom study
• Bane O et al.
24 Heterogeneity analysis of hepatocellular carcinoma with multiparametric MRI: correlation with pathology and genomics
• Hectors S et al.
25 First-in-man metabolic dynamics in human cancers utilizing hyperpolarized [1-13C] pyruvate MRI
• Granlund KL et al.
26 P view Frequancy Shift Imaging (FSI) for characterization of cells labeled with superparamagnetic iron-oxide nanoparticles
• Alper J et al.
  Dinner Reception
Venue The Water Club, 500 E 30th St
Cocktails and hors d'oeuvres
Dinner reception with guest speaker
• Jon Gertner, author of The Idea Factory: Bell Labs and the Great Age of American Innovation
Day 2 Friday, October 14, 2016   Jump to Day 1  
Venue Farkas Auditorium, NYU School of Medicine
Breakfast
Session 5 The information tsunami: emerging strategies for image interpretation and Big Data mining
Analytics for enhanced image interpretation
• Joëlle Barral, PhD (engineering manager at Verily, formerly known as Google Life Sciences)
Machine intelligence and medical imaging
• Dorin Comaniciu, PhD (vice president at Siemens Healthineers)
watch Deep learning for improved diagnostics and patient outcomes
• Igor Barani, MD (Chief Medical Officer at Enlitic)
Coffee break
watch Beyond Deep Learning: Multimodal analytics and reasoning for medical imaging
• Tanveer Syeda-Mahmood, PhD (chief scientist at IBM)
watch Deep learning-based image reconstruction for accelerated knee imaging
• Florian Knoll, PhD (NYU)
watch Proffered talk: Deep learning for predicting glioblastoma subtypes from MRI
• Peter Chang, MD (New York Presbyterian)
Lunch and Poster Viewing
Session 6 Imaging hardware of tomorrow: our dream scanners
watch Imaging systems of tomorrow
• Mary Lou Jepsen, PhD (director of engineering at Facebook, founder at Openwater)
watch My dream head-only MR scanner
• Michael Garwood, PhD (University of Minnesota)
watch My dream PET scanner
• Georges El Fakhri, PhD (MGH, Harvard University)
Coffee break
watch My dream MPI scanner
• Larry Wald, PhD (MGH, Harvard University)
watch Proffered talk: Progress toward a portable MRI scanner with built-in approximately linear encoding field and no gradient coils
• Clarissa Zimmerman Cooley, PhD (MGH, Harvard University)
watch My dream RF detector/transmitter
• In honor of Graham Wiggins, DPhil (NYU)
Session 7 Wrap up
Summary of take-home messages;
awards and closing remarks
• Fernando Boada, PhD (NYU), summary
• Riccardo Lattanzi, PhD (NYU), poster awards
• Dan Sodickson, MD, PhD (NYU), closing remarks
Transportation to River Cruise launch pier
Launch Pier NY Skyports Marina, E 23rd St at FDR Drive
Closing ceremony: New York River Cruise

  has endorsed this program.

 

The inaugural i2i workshop was dedicated to the late Dr. Graham Wiggins, who led the RF engineering core at NYU School of Medicine from 2008 to 2016, and whose imagination, curiosity, rigor, and mentorship helped define and advance our vision for biomedical imaging.

Graham Wiggins, DPhil
1962-2016

Check out the live twitter stream from i2i 2016.

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Latest Updates

06/23/2017 - 10:49
06/23/2017 - 10:42

Philanthropic Support

We gratefully acknowledge generous support for radiology research at NYU Langone Medical Center from:
 
• The Big George Foundation
• Raymond and Beverly Sackler
• Bernard and Irene Schwartz

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