Difference between revisions of "MICCAI2013 SlicerIGT Tutorial Plan"
From NAMIC Wiki
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+ | =Objective= | ||
+ | *Hands-on session to learn how to use Slicer + Plus platform in IGT research | ||
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=Administrative= | =Administrative= | ||
==Organizers (TBD)== | ==Organizers (TBD)== |
Revision as of 20:07, 4 December 2013
Home < MICCAI2013 SlicerIGT Tutorial PlanContents
Objective
- Hands-on session to learn how to use Slicer + Plus platform in IGT research
Administrative
Organizers (TBD)
- Queen's University
- Andras Lasso
- Tamas Ungi
- Csaba Pinter
- Gabor Fichtinger
- BWH
- Junichi Tokuda
- Nobuhiko Hata
- Isaiah Norton
- Ron Kikinis
Date (TBD)
- September 14-18, 2014
- full-day or half-day?
- Full-day would be good for those who have already decided to use Slicer+Plus as their research platform
- Full-day might not be so attractive for those who just want to see what Slicer and Plus can do.
Place (TBD)
- BWH might be easier to invite clinicians to the tutorial
Tutorial
Audience
- Researchers
- Engineers
- Clinicians
Clinical Target
- Central line insertion
- Regional nerve block
- Drainage of difficult anatomical places
- prostate biopsy
- etc
Data sources
- Scanners, trackers
- Setup one or a few tracking system and broadcast
- Ultrasound scanner, if possible
- It's also important to demonstrate how easy to switch between simulator and trackers
Slicer IGT library?
Ron suggested to make something like http://wiki.slicer.org/slicerWiki/index.php/Documentation/4.3/Registration/RegistrationLibrary
Application | Organ | Preop Image | Intraop Image | Tracking device | Device-to-image calibration | Image-to-Image registration | Visualization |
---|---|---|---|---|---|---|---|
Transrectal US-guided Prostate Biopsy | Prostate | N/A | TRUS | Transrectal needle guide | N/A | N/A | Real-time image |
MR-guided Prostate Biopsy (transperineal) | Prostate | MRI | MRI | Template | Fiducial-based | B-spline intensity based | Reslice by user |
CT-guided Liver Tumor Ablation | Liver | MRI | CT | Optical | Reference marker on the scanner | B-spline intensity based | Reslice by tracker |