Open Innovation in MR from Vendor & Academia Perspective
Member-Initiated Session
Monday, 12 May 2025
313B
16:00 - 18:00
Moderators: Borjan
Gagoski & Jon-Fredrik Nielsen
Session Number: MIS-01
No CME/CE Credit
Overview:
This 2-hour symposium is designed to provide an introduction to the
latest resources made available by five major MRI vendors for
open-access MRI data reconstruction and sequence programming, along with
examples of recent developments in academia on open-source vendor
neutral platforms for data acquisition and reconstruction. The pace of
innovation has significantly accelerated with the advent of open-source
MRI software packages for sequence design and image reconstruction.
Building on the demand from the MR community, MRI vendors have responded
by providing open-access software packages or platforms to perform
custom reconstruction of the data on the scanner computer
itself or closely integrated with the typical acquisition workflow, and
adopted sequence interpreters for open-access sequence programming. This
will likely dramatically change the way MR research is done, as new
sequences and MR reconstruction algorithms developed using, e.g., deep
learning techniques can be used on the scanner itself, instead of
relying on slow offline reconstruction workflows. The purpose of this
symposium is to make the MR community aware
about the possibilities offered by these new emerging vendor platforms
along with the unique and complementary functionalities (e.g., Pulseq)
being developed by the research community. By providing this first-hand
information, these talks will allow researchers to make informed
decisions about the programming environment they could use in their
research.
Target Audience:
MR pulse sequence programmers, and researchers interested in developing
novel acquisition and reconstruction.
Learning Objectives:
Upon completion of this course, participants should be able to:
• Summarize five open-access vendor platforms and their mode of
operation; and
• Summarize the use of open-access platforms (e.g. Pulseq, BART, etc.)
in developing the next generation of MR sequences and image
reconstruction technologies.
16:00 |
|
Open Data Access, Sequence Development, Reconstruction, And
Physics Simulation on The Canon MR Platform
Andrew Wheaton
|
16:15 |
|
Open MAGNETOM Community: Translating MRI Research Power into
Clinical Care
Rainer Schneider
|
16:30 |
|
Open Science & Open Innovation with United Imaging
Zheng Zhong
|
16:45 |
|
Open Innovation Facilitates Collaboration & Multi-site
Validation
Melvyn Ooi
|
17:00 |
|
Industry-Academia Collaboration In the Era of Open Innovation:
GE HealthCare Perspective
Eric Printz
|
17:15 |
|
Aiming for Accessible & Reproducible Myocardial T1-Mapping Using
Pulseq
Rita Nunes
|
17:30 |
|
Open-source Resources & Innovations for Low-field Portable MRI
Shaoying Huang
|
17:45 |
|
Modern Open-Source MRI Simulations
Carlos Castillo-Passi
|