Difference between revisions of "2008 July Slicer IGT VV Link Session II"
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− | + | Date: Wednesday, July 23 | |
Location: 1249 Boylston Street, Second Floor Conference Room. ([http://www.spl.harvard.edu/pages/Directions#Driving_Directions Driving directions to 1249 Boylston, Boston MA]) | Location: 1249 Boylston Street, Second Floor Conference Room. ([http://www.spl.harvard.edu/pages/Directions#Driving_Directions Driving directions to 1249 Boylston, Boston MA]) | ||
+ | |||
+ | [[Image:BrainLab-BioImageSuite-Slicer.jpg|right|300px|Slicer Navigation Driven by Brain Lab Using Yale's Bioimage Suite to bridge VVLink to OpenIGTLink]] | ||
Hotel Information: [[Boston_Hotels]] | Hotel Information: [[Boston_Hotels]] | ||
Participants: | Participants: | ||
− | *Xenios | + | *Xenios Papademetris |
*Noby Hata | *Noby Hata | ||
*Haiying Liu | *Haiying Liu | ||
*Junichi Tokuda | *Junichi Tokuda | ||
*Steve Pieper | *Steve Pieper | ||
+ | *Tina Kapur | ||
+ | *Lauren O'Donnell | ||
+ | *Ron Kikinis | ||
=Schedule= | =Schedule= | ||
Line 37: | Line 42: | ||
** collect practical feedback on vvlink in the OR from Yale's experience | ** collect practical feedback on vvlink in the OR from Yale's experience | ||
** get demos of Yale software and discuss interoperability options and possible funding mechanisms. | ** get demos of Yale software and discuss interoperability options and possible funding mechanisms. | ||
+ | * Lauren O'Donnell from the BWH Neurosurgery Department can join on Tuesday afternoon to discuss what clinicians would like to see out of the system. | ||
=Referencees= | =Referencees= | ||
*[[OpenIGTLink/ProtocolV2 | New Open IGT Link protocol draft]] | *[[OpenIGTLink/ProtocolV2 | New Open IGT Link protocol draft]] | ||
+ | |||
+ | =Results= | ||
+ | * [[Media:Papademetris vvlink openigtlink.pdf|Presentation by Xenios Papademetris]] at special SPL Journal Club session. | ||
+ | * Successful connection of BrainLab and Slicer using Bioimage Suite bridge. | ||
+ | ** translation coordinates | ||
+ | ** volumetric image data | ||
+ | ** ~20 frames per second interaction | ||
+ | ** interactive diffusion tractography seeding at tracked locations |
Latest revision as of 11:18, 24 July 2008
Home < 2008 July Slicer IGT VV Link Session IIDate: Wednesday, July 23
Location: 1249 Boylston Street, Second Floor Conference Room. (Driving directions to 1249 Boylston, Boston MA)
Hotel Information: Boston_Hotels
Participants:
- Xenios Papademetris
- Noby Hata
- Haiying Liu
- Junichi Tokuda
- Steve Pieper
- Tina Kapur
- Lauren O'Donnell
- Ron Kikinis
Contents
Schedule
Tuesday Afternoon:
Availability: Xenios at ~1:30pm, Steve, Haiying, Junichi
Wednesday:
Availability: Steve in afternoon, All day: Xenios, Haiying, Junichi
- Continuation of Brainlab vvlink integration with Slicer
- 2:30 journal club presentation by Xenios (at 1249)
Agenda
- Steve suggested:
- going through the vvlink and openigtlink protocols
- identifying areas places where igtl can be expanded
- finding gaps in vvlink that will need workaround (image orientation - Xenios has heuristics for this)
- reviewing options for the vv/igtl proxy server
- should this be on a stand alone machine?
- do we make this proxy code into a project of it's own or part of igtl library
- write any test code to move the vv/igtl proxy concept along (how can we use the demo from the project week as the basis for something that can be used clinically?)
- Xenios feedback on igtl library software and use cases (he ended up using the C code and not the C++)
- collect practical feedback on vvlink in the OR from Yale's experience
- get demos of Yale software and discuss interoperability options and possible funding mechanisms.
- going through the vvlink and openigtlink protocols
- Lauren O'Donnell from the BWH Neurosurgery Department can join on Tuesday afternoon to discuss what clinicians would like to see out of the system.
Referencees
Results
- Presentation by Xenios Papademetris at special SPL Journal Club session.
- Successful connection of BrainLab and Slicer using Bioimage Suite bridge.
- translation coordinates
- volumetric image data
- ~20 frames per second interaction
- interactive diffusion tractography seeding at tracked locations