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[[TableOfContents()]] <<TableOfContents>>
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= Utilities = == Utilities ==
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= Cloud Computing = The following projects involve Python scripting (and some analysis) to streamline the workflow to move from collected imaging and mechanics data to modeling input:
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= Simulation Software =  * --(Tibiofemoral joint robotics data extraction for modeling)--
 * --(Tibiofemoral joint reproducibility analysis)--
 * --(Patellofemoral joint robotics data extraction for modeling)--
 * --(Patellofemoral joint contact pressure extraction for modeling (including reproducibility))--
 * --(Compression tissue testing data extraction)--
 * --(Tensile tissue testing data extraction--)
 * Constitutive modeling (ligament)
 * Constitutive modeling (cartilage)
 * Constitutive modeling (menisci)
 * --(Bone & cartilage segmentation & geometry generation--)
 * --(Meniscus segmentation & geometry generation)--
 * --(Ligament segmentation & geometry generation (cruciate))--
 * --(Ligament segmentation & geometry generation (collateral))--
 * --(Extensor mechanism segmentation & geometry generation)--
 * Cartilage grading for osteoarthritis
 * Meniscus grading
 * Ligament grading
 * Registration data extraction and workflow
 * Preparation of dissemination template documents and package organization
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= Open Knee(s) - Generation 1 = == Cloud Computing ==
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= Open Knee(s) - Generation 2 - Specimen 1 = == Simulation Software ==
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= Open Knee(s) - Generation 2 - Specimen 2 = == Open Knee(s) - Generation 1 ==
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= Open Knee(s) - Generation 2 - Specimen 3 =  * Release with in situ strains
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= Open Knee(s) - Generation 2 - Specimen 4 = == Open Knee(s) - Generation 2 - Specimen 1 ==
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= Open Knee(s) - Generation 2 - Specimen 5 =  * Segmentation
 * Geometry generation

== Open Knee(s) - Generation 2 - Specimen 2 ==

 * Segmentation
 * Geometry generation

== Open Knee(s) - Generation 2 - Specimen 3 ==

 * Segmentation
 * Geometry generation

== Open Knee(s) - Generation 2 - Specimen 4 ==

 * Segmentation
 * Geometry generation

== Open Knee(s) - Generation 2 - Specimen 6 ==

 * Segmentation
 * Geometry generation

== Open Knee(s) - Generation 2 - Specimen 7 ==

 * Segmentation
 * Geometry generation

== Open Knee(s) - Generation 2 - Specimen 8 ==

 * Segmentation
 * Geometry generation

== Open Knee(s) - Generation 2 - Specimen 9 ==

 * Segmentation
 * Geometry generation

This page lists various small projects that can benefit from community contributions. If you are interested in any of these projects, please send an e-mail to Ahmet Erdemir, erdemira@ccf.org, to discuss potential collaboration. Claimed projects are listed in italics accompanied by the lead team member associated with it.

Contents

  1. Utilities
  2. Cloud Computing
  3. Simulation Software
  4. Open Knee(s) - Generation 1
  5. Open Knee(s) - Generation 2 - Specimen 1
  6. Open Knee(s) - Generation 2 - Specimen 2
  7. Open Knee(s) - Generation 2 - Specimen 3
  8. Open Knee(s) - Generation 2 - Specimen 4
  9. Open Knee(s) - Generation 2 - Specimen 6
  10. Open Knee(s) - Generation 2 - Specimen 7
  11. Open Knee(s) - Generation 2 - Specimen 8
  12. Open Knee(s) - Generation 2 - Specimen 9

Utilities

The following projects involve Python scripting (and some analysis) to streamline the workflow to move from collected imaging and mechanics data to modeling input:

  • Tibiofemoral joint robotics data extraction for modeling

  • Tibiofemoral joint reproducibility analysis

  • Patellofemoral joint robotics data extraction for modeling

  • Patellofemoral joint contact pressure extraction for modeling (including reproducibility)

  • Compression tissue testing data extraction

  • Tensile tissue testing data extraction--)

  • Constitutive modeling (ligament)
  • Constitutive modeling (cartilage)
  • Constitutive modeling (menisci)

  • --(Bone & cartilage segmentation & geometry generation--)

  • --(Meniscus segmentation & geometry generation

  • Ligament segmentation & geometry generation (cruciate)

  • Ligament segmentation & geometry generation (collateral)

  • Extensor mechanism segmentation & geometry generation

  • Cartilage grading for osteoarthritis
  • Meniscus grading
  • Ligament grading
  • Registration data extraction and workflow
  • Preparation of dissemination template documents and package organization

Cloud Computing

Simulation Software

Open Knee(s) - Generation 1

  • Release with in situ strains

Open Knee(s) - Generation 2 - Specimen 1

  • Segmentation
  • Geometry generation

Open Knee(s) - Generation 2 - Specimen 2

  • Segmentation
  • Geometry generation

Open Knee(s) - Generation 2 - Specimen 3

  • Segmentation
  • Geometry generation

Open Knee(s) - Generation 2 - Specimen 4

  • Segmentation
  • Geometry generation

Open Knee(s) - Generation 2 - Specimen 6

  • Segmentation
  • Geometry generation

Open Knee(s) - Generation 2 - Specimen 7

  • Segmentation
  • Geometry generation

Open Knee(s) - Generation 2 - Specimen 8

  • Segmentation
  • Geometry generation

Open Knee(s) - Generation 2 - Specimen 9

  • Segmentation
  • Geometry generation

CommunityProjects (last edited 2016-05-04 22:09:49 by localhost)