User:Gumprecht
Contents
Wikipage of Jan Gumprecht
About myself
I am a student in Computer Engineering from Germany with a specification in Optoelectronics. At the moment I am writing my diploma thesis on "3D-Ultrasound Integration in Slicer". My university back in Germany is University of Mannheim. From September 2006 to August 2007 I studied in Waterloo, On Canada.
If you would like to contact me feel free to write me an e-mail.
E-mail: jgumprec (at sign) bwh.harvard.edu
Project - 3D-Ultrasound integration in Slicer
The main part of the project will be the connection of SynchroGrab to Slicer via OpenIGTLink. Synchrograb is an Open-Source software that generates 3D ultrasound volumes.
Technical Information
All technical Information can be found here: Technical Information
After discussing with Junichi I got a deeper understanding of how the technical solution might look like.
This will be the technical approach.
Steps to go
Slicer | |
---|---|
DONE | Implement slicer module to start Synchrograb from within Slicer |
Create 3D volume with Synchrograb | |
Create ultrasound calibration matrix | |
DONE | Create 3D volume with data from the ultrasound device and the tracker |
DONE | Include options for turning on and off US/Tracker device in cmake |
DONE | Create 3D volume with mockup images and tracking information from the tracker |
DONE | Create 3D volume with mockup images and mockup tracking information |
Synchrograb | |
DONE | Send 3D volume data via OpenIGTLink to Slicer and display data in Slicer |
DONE | Compile Synchrograb core i.d. uncomment unnecessary parts (Ultrasound, Tracker) |
Preparation | |
DONE | Display 3D volume data received via OpenIGTLink with the volume rendering module |
DONE | Create stand alone software to send volume data to Slicer via OpenIGTLink |
DONE | Compile and run Slicer with OpenIGTLink and volume rendering |
Progress - i.e. what I have done so far
Month | Week # | Start Date - End Date | Done | Date Done | |
---|---|---|---|---|---|
Trilinear Interpolation works | x | Wed Dec, 17th | |||
Reconstructed Volume has correct depth | x | Tue Dec, 16th | |||
Week 51 | 15.12 - 21.12 | ||||
Created Slicer Module to start Synchrograb within Slicer | x | Wed Dec, 10th | |||
Ultrasound device module works | x | Tue Dec, 9th | |||
Week 50 | 08.12 - 14.12 | ||||
Fixed vtk3DPanoramicReconstructor together with Noby | x | Fri Dec, 5th | |||
NDI Tracker module works | x | Wed Dec, 3rd | |||
December | Week 49 | 01.12 - 07.12 | |||
Week 48 | 24.11 - 30.11 | ||||
vtkVideoSource works | x | Mon Nov, 24th | |||
Week 47 | 17.11 - 23.11 | ||||
3D Volume generated with mock-up images and mock-up tracking data | x | Mon Nov, 17th | |||
Week 46 | 10.11 - 16.11 | ||||
Tracker Simulator works | x | Thu Nov, 13th | |||
Week 45 | 03.11 - 09.11 | ||||
Ultrasound Simulator works | x | Tue Nov, 4th | |||
November | Week 44 | 27.10 - 02.11 | |||
Starting work on "Creating a 3D-Volume with Synchrograb" | |||||
Week 43 | 20.10 - 26.10 | ||||
Send Volume Data via OpenIGTLink from SynchroGrab to Slicer | x | Tue Oct, 14th | |||
Compile SynchroGrab (using latest OpenIGTLink Library) | x | Tue Oct, 14th | |||
Week 42 | 13.10 - 19.10 | ||||
Understand and Use OpenIGTLink | x | Tue Oct, 7th | |||
Week 41 | 06.10 - 12.10 | ||||
Get CUDA Rendering Volume working in Slicer | x | Wed Oct, 2nd | |||
Set up CUDA driver on th303_d4_6 | x | Tue Sep, 30th | |||
October | Week 40 | 29.09 - 5.10 | |||
Set up Fedora 8 on th303_d4_6 | x | Fri Sep, 26th | |||
Totally Understand GradientDiffusion Filter Module | x | Thu Sep, 25th | |||
September | Week 39 | 22.09 - 28.09 |
Other Stuff to do
Find a new cart for the ultrasound unit
- Infos in the intraweb
- Figure out what hardware and how much space on the cart I need
- CUDA Card
- Capture Card
- Ultrasound device
- Tracker device
- Uninterruptible power supply
General
Infos on loadable Modules
HowTo Loadable Module
HowToLoadable Module GUI
Infos about Executable Modules inSlicer
Subscribe to different meetings
- Journal Club
- 1st Monday Seminar
- Office OPRC
- Radiology Grand Rounds
- Cimit Forum