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Submission
All contributions submitted to the DIFF-CVML'2016 Workshop should have no substantial overlap with any other paper already submitted or published, or to be submitted during the DIFF-CVML'2016 review period. The authors are invited to use the Word and Latex templates that are provided in CVPR 2016 website to ensure a consistent look of all papers submitted to CVPR 2016 and its associated workshops., more detailed instruction on the paper preparation process can be found on the CVPR 2016 Authors webpage. All submitted papers should follow the same formatting style as a CVPR conference paper. All papers will be reviewed under the double blind review process. Submission is open. The paper submission process will be handled through the CMT system available at the following adress https://cmt3.research.microsoft.com/DIFFCV2016/ .
Meet Our Team
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Mauris elementum
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Nam tempor nibh
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Supercar
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Important dates
Main topics of interest
- . Shape Representations: Silhouettes, Surfaces, Skeletons, Humans, etc..
- . Information Geometry: Fisher-Rao and elastic metrics, Gromov-Wasserstein family, Earth-Mover’s distance, etc.
- . Dynamical Systems: Trajectories on manifolds, Rate-invariance, Identification and classification of systems.
- . Domain Transfer: Ideas and applications.
- . Image/Volume/Trajectory: Spatial and temporal registration & segmentation.
- . Manifold-Valued Features: Histograms, Covariance, Symmetric positive-definite matrices, Mixture model.
- . Big Data: Dimension-reduction using geometric tools.
- . Bayesian Inferences: Nonlinear domains, Computational solutions using differential geometry, Variational approaches.
- . Machine Learning Approaches on Nonlinear Feature Spaces: Kernel methods, Boosting, SVM-type classification, Detection and tracking algorithms.
- . Functional Data Analysis: Hilbert manifolds, Visualization.
- . Applications: Medical analysis, Biometrics, Biology, Environmetrics, Graphics, Activity recognition, Bioinformatics, Pattern recognition, etc.
- . Geometry of articulated bodies: Applications to robotics, biomechanics, and motor control.
- . Computational topology and applications.
