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Vendor-Agnostic Pulse Sequence Programming with Pulseq: From Basics to Advanced Topics (A Three-Day ISMRM Virtual Meeting Series)

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Vendor-Agnostic Pulse Sequence Programming with Pulseq: From Basics to Advanced Topics

A Three-Day ISMRM Virtual Meeting Series - November 15-17, 2023

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Supported by NIH U24-NS120056

Pulseq is a vendor-independent MR pulse programming platform that allows one to create and analyze MRI sequences in interactive programming environments such as MATLAB or Python and to execute them on hardware using sequence-agnostic interpreters. Mature interpreters for the Pulseq specification now exist for Siemens and GE scanners, with possibly more to follow in the future.

This course will take place over three half-days and will cover the following topical areas:

  • basic Pulseq concepts for beginners;
  • advanced sequence implementation and analysis tools;
  • vendor-specific implementation details and workflows;
  • examples of Pulseq applications and third-party tools from the user community.

Handouts and tutorials will be stored in this repository. We also invite all participants to use the Discussions tab in this repository to ask questions and place comments. We will do our best to address all of the raised points in the interactive Q&A sessions at the end of each day.

The preliminary program of the Online Meeting:

time (UTC) duration topic speaker moderator
Day 1
14:00 5 Welcome Maxim Zaitsev & Jon-Fredrik Nielsen Moritz Zaiss
14:05 30 Basic Pulseq concepts Maxim Zaitsev Moritz Zaiss
14:35 30 Working with Pulseq objects Jon-Fredrik Nielsen Moritz Zaiss
15:05 30 Tutorials of some basic sequences with examples Qingping Chen Moritz Zaiss
15:35 5 Break
15:40 30 Sequence analysis tools Jon-Fredrik Nielsen Carlos Castillo Passi
16:10 30 Pulseq in Python Keerthi Sravan Ravi Carlos Castillo Passi
16:40 20 Interactive Q/A session Jon-Fredrik Nielsen Carlos Castillo Passi
Day 2
14:00 5 Welcome Maxim Zaitsev & Jon-Fredrik Nielsen Shohei Fujita
14:05 15 What's new in Pulseq Maxim Zaitsev Shohei Fujita
14:20 10 Further new functions in Pulseq Jon-Fredrik Nielsen Shohei Fujita
14:30 30 Pulseq on Siemens Maxim Zaitsev Shohei Fujita
15:00 30 Pulseq on GE Jon-Fredrik Nielsen Shohei Fujita
15:30 5 Break
15:35 30 Image reconstruction (focus on Gadgetron) Qingping Chen Bilal Tasdelen
16:05 30 Advanced sequence examples Jon-Fredrik Nielsen Bilal Tasdelen
16:35 25 Interactive Q/A session Maxim Zaitsev Bilal Tasdelen
Day 3
14:00 20 Pulseq simulator in Python Moritz Zaiss Maxim Zaitsev
14:20 20 Using KomaMRI.jl for Comprehensive Quantitative MRI Carlos Castillo Passi Maxim Zaitsev
14:40 20 Fat-water imaging with Pulseq Jiayi Tang Maxim Zaitsev
15:00 20 Spiral TSE Juergen Hennig Maxim Zaitsev
15:20 5 Break
15:25 20 Multiparametric mapping with Pulseq Shohei Fujita Qingping Chen
15:45 20 Pulseq for anything under the sun: from dynamic to metal Bilal Tasdelen Qingping Chen
16:05 15 A Pulseq Interpreter on Philips Imam Shaik Qingping Chen
16:20 15 Another Philips Pulseq Interpreter: from basics to pTX Thomas Roos Qingping Chen
16:35 25 Q/A session & closing remarks Maxim Zaitsev & Jon-Fredrik Nielsen Qingping Chen

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