#acl +All:read Default #format wiki #language en 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. <<TableOfContents>> == 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