Medical Image Processing

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==3D data processing==
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=Ultrasound=
The MMVL is doing research on 3D Medical Image Processing. Exspecially for processing of 3D data, the [http://vtk.org/ Visualisation Toolkit] has proven to be useful. [[Iso Surface Extraction|Iso Surface Extraction]] is an example, which demonstrates, how powerful [http://vtk.org/ VTK] is.
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==Ultrasound==
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Equipment:
 
Equipment:
  
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* [http://www.shu.ac.uk/mmvl/research/research-active-Medical.html Official MMVL Medical Image Processing page]
 
* [http://www.shu.ac.uk/mmvl/research/research-active-Medical.html Official MMVL Medical Image Processing page]
 
* [http://vtk.org/ The Visualisation Toolkit]
 
* [http://vtk.org/ The Visualisation Toolkit]
* [http://www.immersion.com/digitizer/ Microscribe] (kinematic model not available!)
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* [http://diamond.cs.cmu.edu/ OpenDiamond for assisting in diagnosis of breast cancer]
  
 
[[Category:Projects]]
 
[[Category:Projects]]
 
[[Category:Medical Image Processing|*Medical Image Processing]]
 
[[Category:Medical Image Processing|*Medical Image Processing]]

Latest revision as of 09:31, 27 July 2009

Contents

[edit] Medical Image Processing

GUI for displaying hierarchical segmentation results to detect stroke lesions
Medical ultrasound training simulator in operation
Close up of the medical ultrasound training simulator system

[edit] Ultrasound

Equipment:

Portable PC Based Ultrasound machine: Echo Blaster 128 INT-2Z Kit

Convex Ultrasound probe(3MHz to 7MHz): C4.5/50/128Z

[edit] On going projects

Medical Ultrasound Training Simulation Using Haptic Force Feedback Mechanism

(By MSc student, Jin Quan Tissa Tan, Supervisor: Arul N. Selvan )

The aim of the project was to create a highly realistic (haptic-based) medical ultrasound training simulator for training a sonographer. The purpose of this simulator is to provide the sense of touch to the user and reconstruct the anatomy as a model using the actual ultrasound data.

[edit] Links

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