Difference between revisions of "WebCT CRIPT Training Page"
From CRIPTWiki
| Line 24: | Line 24: | ||
Sections: | Sections: | ||
| + | *Trainings: | ||
| + | # Getting started - the basics of Amira | ||
| + | # Reading images - how to read images | ||
| + | # Visualizing 3D images - slices, isosurfaces, volume rendering | ||
| + | # Image segmentation - segmentation of 3D image data | ||
| + | # Surface reconstruction - surface reconstruction from 3D images | ||
| + | # Grid generation - creating a tetrahedral grid from a triangular surface | ||
| + | # Warping - how to work with landmark sets | ||
| + | # 3D image registration - how to register 3D image data sets | ||
| + | # Alignment of 2D Physical Cross-Sections - how to reconstruct a 3D model | ||
| + | # Vector fields - stream lines and other techniques | ||
| + | # Filament Editor - filament tracing for neurons and vessels images | ||
| + | # The DemoMaker module - creating animations with the DemoMaker module | ||
| + | # Creating movie files - how to use the MovieMaker module | ||
| + | # Using MATLAB - how to use the CalculusMatlab module | ||
| + | # Trace Filaments - how to extract a network model from a neuron 3D image data | ||
| + | # Multi-planar Viewer - visualize and register multiple volumes | ||
Revision as of 15:09, 6 May 2009
WebCT CRIPT Training Site Project Plan:
Tools:
- OWL
- TurnItIn
- Wiki
- Respondus
- StudyMate
- CSS
- Video
- Impatica OnCue
- Flash
- Wimba Instruction
Purpose:
- To provide a basic trainings site and demonstration of CRIPT technologies in OWL.
- To Demonstrate OWL technologies
- To Showcase the Power of Flash
- To WOW the audience
Proposal Deadline: 7th May
Development Deadline: 29th May
Sections:
- Trainings:
- Getting started - the basics of Amira
- Reading images - how to read images
- Visualizing 3D images - slices, isosurfaces, volume rendering
- Image segmentation - segmentation of 3D image data
- Surface reconstruction - surface reconstruction from 3D images
- Grid generation - creating a tetrahedral grid from a triangular surface
- Warping - how to work with landmark sets
- 3D image registration - how to register 3D image data sets
- Alignment of 2D Physical Cross-Sections - how to reconstruct a 3D model
- Vector fields - stream lines and other techniques
- Filament Editor - filament tracing for neurons and vessels images
- The DemoMaker module - creating animations with the DemoMaker module
- Creating movie files - how to use the MovieMaker module
- Using MATLAB - how to use the CalculusMatlab module
- Trace Filaments - how to extract a network model from a neuron 3D image data
- Multi-planar Viewer - visualize and register multiple volumes
