Difference between revisions of "Liver RFA project mtg 7 30 2008"

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=== Day 1 ===
 
=== Day 1 ===
 
* Update project status.  
 
* Update project status.  
*# Demonstrating Slicer 3.0's segmentation and navigation capability
+
*# Demonstrating Slicer 3.0 semi-auto segmentation and navigation capability
 
*# Showing the existing IGSTK RFA system
 
*# Showing the existing IGSTK RFA system
* Experiment in DynaCT room (C-arm CT flouro room) to show the work flow of Georgetown's system
+
* Experiment in DynaCT room (C-arm CT flouro room) to show the work flow of Georgetown system
 
* Disccusion the integration effort
 
* Disccusion the integration effort
 
*# In the near term, working on the semi-automatic segmentation of tumor in liver using slicer modules
 
*# In the near term, working on the semi-automatic segmentation of tumor in liver using slicer modules
 
*# Setting up DICOM receiver on the Slicer workstation so it can receive data from DynaCT scanner [Finished by Haiying using DCMTK and tested]
 
*# Setting up DICOM receiver on the Slicer workstation so it can receive data from DynaCT scanner [Finished by Haiying using DCMTK and tested]
*# Ziv will work on a Tracker server application during this meeting (A standard alone application that can talk to different tracking device and send out transform using OpenIGTLink)
+
*# Ziv will work on a Tracker client application during this meeting (A standard alone application that can talk to different tracking device and send out transform using OpenIGTLink)
 
*# In the long term, implement registration and navigation interface in Slicer
 
*# In the long term, implement registration and navigation interface in Slicer
 
*# Integrate the optimization algorithm
 
*# Integrate the optimization algorithm
Line 24: Line 24:
 
* Discussion of project road map
 
* Discussion of project road map
 
*# Goals in two years and obstacles
 
*# Goals in two years and obstacles
 +
*## Fully integrated system. Using Slicer 3.0 as front end, implement segmentation and navigation in Slicer, integrate optimization, and talk to IGSTK tracker client using OpenIGTLink
 
*## Major components in place. Slicer 3.0 need improvement in performance
 
*## Major components in place. Slicer 3.0 need improvement in performance
 
*# Action item for the 1 year
 
*# Action item for the 1 year
 
*## Animal study in summer 09
 
*## Animal study in summer 09
 
*## Provide IGSTK-OpenIGTLink application
 
*## Provide IGSTK-OpenIGTLink application
*## Provide a thorogh documentation page on how to setup the Slicer-RFA, detialed step-by-step guide for user
+
*## Provide a thorough documentation page on how to setup the Slicer-RFA, detailed step-by-step guide for user
 
*## Publications
 
*## Publications
 
*# Segmentation
 
*# Segmentation
*## Using traditional CT image first instead of cone-beam CT (Georgetown has liver data base and segmented the liver, need to segment ribs and vascular tree)
+
*## Using CT image (Georgetown has liver data base and segmented the liver, need to segment ribs and vascular tree)
*## Sota working on the segmentation using slicer, indentify the problem and tacle those problems in the NCIGT workshop next January
+
*## Sota working on the segmentation using slicer, identify the problems and tackle/present them in the NCIGT workshop next January
 
 
  
 
=== Action Items ===
 
=== Action Items ===
 
Georgetown:
 
Georgetown:
# IGSTK-OpenIGTLink client and tutorial
+
# IGSTK-OpenIGTLink client and tutorial [Finish before next meeting in Boston, Dec 2008]
 
# Process all liver image in the data base.
 
# Process all liver image in the data base.
# Run the segmented data through optimization and study the outcomes. Publish 1 paper out of this study
+
# Run the segmented data through optimization and compare the planning results between different doctors and optimization. Publish 1 paper out of this study
# Publish results on animal
+
# Publish results on animal study: validation of the RFA study is big problem
  
 
Slicer-IGT:
 
Slicer-IGT:
#
+
# Sota will segment 3~5 cases using Slicer and pass the results through optimization. Identify the limitation in Slicer segmentation method
#
+
# Implement IGSTK navigation interface in Slicer

Latest revision as of 15:23, 31 July 2008

Home < Liver RFA project mtg 7 30 2008

Georgetown University, ISIS Center, July 30 ~ August 1st, 2008
Attendee: Noby Hata, Haiying Liu, Yaniv Ziv, Patrick Cheng

Day 1

  • Update project status.
    1. Demonstrating Slicer 3.0 semi-auto segmentation and navigation capability
    2. Showing the existing IGSTK RFA system
  • Experiment in DynaCT room (C-arm CT flouro room) to show the work flow of Georgetown system
  • Disccusion the integration effort
    1. In the near term, working on the semi-automatic segmentation of tumor in liver using slicer modules
    2. Setting up DICOM receiver on the Slicer workstation so it can receive data from DynaCT scanner [Finished by Haiying using DCMTK and tested]
    3. Ziv will work on a Tracker client application during this meeting (A standard alone application that can talk to different tracking device and send out transform using OpenIGTLink)
    4. In the long term, implement registration and navigation interface in Slicer
    5. Integrate the optimization algorithm

<graphviz> digraph G { DICOM->Segmentation->Optimization->Registration->Navigation; [rankdir="LR"] } </graphviz>

Day 2

  • Discussion of project road map
    1. Goals in two years and obstacles
      1. Fully integrated system. Using Slicer 3.0 as front end, implement segmentation and navigation in Slicer, integrate optimization, and talk to IGSTK tracker client using OpenIGTLink
      2. Major components in place. Slicer 3.0 need improvement in performance
    2. Action item for the 1 year
      1. Animal study in summer 09
      2. Provide IGSTK-OpenIGTLink application
      3. Provide a thorough documentation page on how to setup the Slicer-RFA, detailed step-by-step guide for user
      4. Publications
    3. Segmentation
      1. Using CT image (Georgetown has liver data base and segmented the liver, need to segment ribs and vascular tree)
      2. Sota working on the segmentation using slicer, identify the problems and tackle/present them in the NCIGT workshop next January

Action Items

Georgetown:

  1. IGSTK-OpenIGTLink client and tutorial [Finish before next meeting in Boston, Dec 2008]
  2. Process all liver image in the data base.
  3. Run the segmented data through optimization and compare the planning results between different doctors and optimization. Publish 1 paper out of this study
  4. Publish results on animal study: validation of the RFA study is big problem

Slicer-IGT:

  1. Sota will segment 3~5 cases using Slicer and pass the results through optimization. Identify the limitation in Slicer segmentation method
  2. Implement IGSTK navigation interface in Slicer