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The cell model is constructed to account for the overall cell dynamics based on the interactions between cytoskeletal fibres and focal adhesions. It is composed of branches and nodes that form a hierarchical tree like structure meant to represent the mechanical structure of the cell by emulating its centre (nucleus), membrane protrusions, adhesions and mechanosensors.
This cell model is ultimately intended to be used to address tissue morphogenesis. Hence it has been designed to comply to four constraints: (1) capture the dynamical aspects of the mechanical interaction of the cell with its environment; (2) easily parameterized to adapt to different cell types; (3) generalizable in 3D; (4) fast enough to integrate many interacting cells.
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Sebastien Michelland / gem5
BSD 3-Clause "New" or "Revised" LicenseUpdated -
gtdonnees-gitlab2023 / Exemple intégration continue - 2
Creative Commons Attribution Non Commercial Share Alike 4.0 InternationalUpdated -
Regale / Tools / REGALE Library
Apache License 2.0Updated -
Background Subtraction from 3D LiDAR PointCLoud
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Michele Portolan / mast-opensource
GNU Lesser General Public License v2.1 onlyManager for SoC Test
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Sebastien Michelland / binutils-gdb
GNU Library General Public License v2 onlyUpdated -
Sebastien Michelland / qemu
GNU Lesser General Public License v2.1 onlyUpdated -
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MecaIceIGE / Tools / Ice Polycrystal Models / R³iCe
GNU General Public License v3.0 or laterUpdated -
Fichiers sources pour les projets de robotique autour de RobAIR https://github.com/fabMSTICLig/RobAIR dans le cadre des cours d'Olivier Aycard https://lig-membres.imag.fr/aycard/index.php?&slt=enseignement
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Alban Gilletta De Saint Joseph / CalculPimple
GNU General Public License v3.0 or laterUpdated -
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