Sylvain Jaume, PhD

New Expectation Maximization Segmentation Pipeline in Slicer 3, N.Rannou, S.Jaume, S.Pieper, R.Kikinis, IJ 2009.
XIP CUDA: GPU Processing for Medical Imaging, Siemens Corporate Research 2008.
Integration of GPU Programming in VTK: Application to Streamline Visualization, Kitware Inc. 2007.
Statistical Analysis of Cardiac Fibers Using Diffusion Tensor MRI, INRIA 2005.
Inverse Problem Solving Using Finite Elements for Epilepsy Foci Localization, MIT 2004.

Publications

[pdf] Tumor Detection in the Bladder Wall with a Measurement of Abnormal Thickness in CT Scans,
S.Jaume, M.Ferrant, B.Macq, L.Hoyte, J.Fielding, A.Schreyer, R.Kikinis, and S.K.Warfield,
IEEE Transactions on Biomedical Engineering, Vol.50, No.3, Mar 2003.

[pdf] Open Topology: A Toolkit for Brain Isosurface Correction,
S. Jaume, P. Rondao, B. Macq, MICCAI 2005.

[pdf] Labeling the Brain Surface Using a Deformable Multiresolution Mesh, Sep 2002,
Sylvain Jaume, Benoit Macq, and Simon Warfield, Proceedings of MICCAI, Tokyo.

[pdf] [poster] Multiresolution Signal Processing on Meshes for Automatic Pathological Shape Characterization,
Jaume, Ferrant, Schreyer, Hoyte, Macq, Fielding, Kikinis, and Warfield, MICCAI, Utrecht, Oct 2001.

[pdf] [slides] Multiresolution Parameterization of Meshes for Improved Surface Based Registration,
S. Jaume, M. Ferrant, S.K. Warfield, and B. Macq, SPIE Medical Imaging, San Diego (USA), Feb 2001.

[pdf] Topology Simplification Algorithm for the Segmentation of Medical Scans
Ph.D. Dissertation, S. Jaume, Université de Louvain, Feb 2004.

[doc] Grant Application to Childhood Brain Tumor Foundation, S. Jaume, April 2004.

Contributions to Medical Imaging Software

Hobbies