.. _sphx_glr__auto_examples_brain_tractograms: Scaling up to brain tractograms -- with Pierre Roussillon ------------------------------------------------------------- Use unbalanced, regularized Optimal Transport to process white matter fiber tracks. The scripts presented below should allow you to reproduce the experiments of the `Miccai 2019 `_ paper **Fast and scalable Optimal Transport for brain tractograms** by Jean Feydy\*, Pierre Roussillon\*, Alain Trouvé and Pietro Gori. .. raw:: html
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.. only:: html .. image:: /_auto_examples/brain_tractograms/images/thumb/sphx_glr_track_barycenter_thumb.png :alt: :ref:`sphx_glr__auto_examples_brain_tractograms_track_barycenter.py` .. raw:: html
Create an atlas using Wasserstein barycenters
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.. only:: html .. image:: /_auto_examples/brain_tractograms/images/thumb/sphx_glr_tract_io_thumb.png :alt: :ref:`sphx_glr__auto_examples_brain_tractograms_tract_io.py` .. raw:: html
Input-Output with brain tractograms
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.. only:: html .. image:: /_auto_examples/brain_tractograms/images/thumb/sphx_glr_transfer_labels_thumb.png :alt: :ref:`sphx_glr__auto_examples_brain_tractograms_transfer_labels.py` .. raw:: html
Transferring labels from a segmented atlas
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.. toctree:: :hidden: /_auto_examples/brain_tractograms/track_barycenter /_auto_examples/brain_tractograms/tract_io /_auto_examples/brain_tractograms/transfer_labels