CCB Software Tools Demonstrations - June 22 - 23, 2006

Guidelines

• These will be informal and CCB-internal demonstrations of the current actively developing computational tools
• Each Software Tool Demo is less than 15 minutes
• Please discuss/show each of the following issues
  • Computational Approach/Method (<3 min)
  • Quality of results (<5 min)
  • Speed (<1 min)
  • User Interface - look and feel, GUI, flexible I/O (<3 min)
  • Implementation details (<1 min)
  • Q/A

Part I: Shape, Cortical and Mapping Tools (Thu 06/22/06, 2:00- 4:00 PM):

1. Duygu Tosun (Representation & Segmentation of cortical regions) C++/OpenDX
2. Nathan Hageman (Levithan: DTI tractography), C++ (Sick, may be able to do on Fri)
3. Yalin Wang (Conformal Technology Tool & Brain Sulcal Detection Tool), C++
4. Meihe Xu (Cortical Extraction by Particle Method, CEPM), C++
5. Byung Woo Hong (ShapeMatch, Shape Matching Tool), Matlab (CVPR/Siemens)
6. Zhuowen Tu (Cortical Sulcal Detection), C++
7. Yonggang Shi (Direct Cortical Mapping), C++/Matlab
8. Tim Leung & Stan Osher (Active Contours and Shape Detection), Matlab/C++
9. Namshin Kim & Chris Lee (3D phylogeny and Pygr), Language, Python, C/C++

Part II: Tools for Atlasing, Segmentation, Registration, Evaluation & Validation (Fri 06/23/06, 2:00- 4:00 PM):

1. Alexandre Cunha (Image Registration Meta Algorithm), IRMA, Language
2. Yalin Wang (Spherical Conformal Analysis Tool), Matlab and C++
3. Luminita Vese & Jason Chung (Multi-Layer Level Sets Method for Volumetric Segmentation), Matlab
4. Igor Yanovsky (Multi-Phase Level Sets Method for Volumetric Segmentation), C++/Matlab
5. Herbert Chang (Particle Based Volumetric Segmentation), Java
6. ZhuowenTu (Automated Volumetric Tessellation using Statistical Learning), C++
7. Jason Corso (Statistical Learning for Volumetric Parcellation), Java
8. Audrey Zhang (Model-based Level Sets, MLS), Java
9. David Shattuck (Test-data and Validation Tool)
10. Nathan Hageman (Levithan: DTI tractography), C++

Attendees:

1. LONI personnel
2. CCB Members