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Publications of P.J. Reissman
Thesis
  1. [REIS-97c] P.J. Reissman. Modélisation et mise en correspondance par pyramides actives : Application à l'imagerie cardiaque par résonance magnétique. Doctorat, INSA Lyon, 1997. Jury: Chassery J.M. (rap.), Cohen L. (rap.), Gimenez G., Hohne K.H. (rap.), Katila T. (rap.), Magnin I.E. (dir.), Nenonen J. et Revel D.


Articles in journal
  1. [LOTJ-99b] J. Lotjonen, P.J. Reissman, I.E. Magnin, and T. Katila. Model extraction from Magnetic Resonance volume data using the deformable pyramid. Med Image Anal, 3(4):387-406, 1999.


  2. [LOTJ-98a] J. Lotjonen, P.J. Reissman, I.E. Magnin, J. Nenonen, and T. Katila. Triangulation method of an arbitrary point set for biomagnetic problems. IEEE Trans Magnetics, 34(4):2228-2233, 1998.


  3. [REIS-97a] P.J. Reissman, P. Clarysse, and I.E. Magnin. Modélisation et mise en correspondance avec la pyramide neuractive. Traitement du Signal, 14(4):395-403, 1997.


  4. [REIS-97b] P.J. Reissman and I.E. Magnin. The active pyramid : a new tool for modelling 3D deformable object. Int J Pattern Rec Artif Intel, 11(7):1129-1139, 1997.


  5. [MAGN-94b] I.E. Magnin, C. Mathieu, J.M. Gorce, P.J. Reissman, and D. Friboulet. Traitement d'images cardiaques 3D, calculateurs parallèles. La Lettre du Transputer, 6(4):151-157, 1994.


Communications Proceedings
  1. [LOTJ-98b] J. Lotjonen, I.E. Magnin, P.J. Reissman, J. Nenonen, and T. Katila. Segmentation of Magnetic Resonance Images using 3D deformable models. In W.M. Wells, A. Colchester, and S. Delp, editors, Lecture Notes in Computer Science 1496: Medical Image Computing and Computer-Assisted Intervention (MICCAI98), Some City, Some Country, pages 1213-1221, 1998. Springer Verlag, Publ..


  2. [CLAR-97e] P. Clarysse, P.J. Reissman, S. Lefebvre, O. Baudin, and D. Revel. Region-based segmentation of multislice and multiphase cardiac Magnetic Resonance Images. In World Congress on Medical Physics and Biomedical Engineering, Nice, France, pages 684, 1997.


  3. [LOTJ-97a] J. Lotjonen, P.J. Reissman, I.E. Magnin, J. Nenonen, and T. Katila. A triangulation Method of an Arbitrary Point Set for Bioelectromagnetic Problems. In 4th European Conference on Engineering and Medicine, Warsaw, Poland, pages 165-166, 1997.


  4. [LOTJ-97b] J. Lotjonen, P.J. Reissman, I.E. Magnin, J. Nenonen, and T. Katila. The Generation of the Individualized Boundary Element Model Using Planar X-Ray Images. In Worl Congress on Medical Physics and Biomedical Engineering, Nice, France, pages 17, 1997.


  5. [PLAN-97] A. Planat, P.J. Reissman, and I.E. Magnin. Pyramidal graph approch for cardiac motion modeling. In World Congress on Medical Physics and Biomedical Engineering, volume 35 of Med Biol Eng Comp, Nice, France, pages 710, 1997.


  6. [REIS-97d] P.J. Reissman, J. Lotjonen, J. Nenonen, I.E. Magnin, and T. Katila. High Level Vision with the Deformable Pyramid. In GRETSI 97, Grenoble, France, pages 1483-1485, 1997.


  7. [LOTJ-96d] J. Lotjonen, P.J. Reissman, J. Nenonen, and T. Katila. A triangulation Method of for Magnetocardiographic localization purposes. In IEEE EMBS International Summer School on Biomedical Imaging, Berder Island, France, 1996.


  8. [LOTJ-96a] J. Lotjonen, P.J. Reissman, O. Sipila, J. Nenonen, and T. Katila. Reconstruction of an individual triangulated thorax model for magnetocardiographic applications using magnetic resonance data. In Proceedings of the XXX Annual Conference of the Finnish Physical Society, Espoo, Finland, pages (in-press), 1996.


  9. [LOTJ-96c] J. Lotjonen, O. Sipila, J. Nenonen, K. Lauerma, T. Jokiniemi, P.J. Reissman, H. Pohjonen, and T. Katila. Element Models for Magnetocardiographic Applications. In Conf Proc IEEE Eng Med Biol Soc, Amsterdam, The Netherlands, 1996.


  10. [LOTJ-96b] J. Lotjonen, O. Sipila, J. Nenonen, K. Lauerma, T. Jokiniemi, P.J. Reissman, H. Pohjonen, and T. Katila. Individual boundary element models for magnetocardiographic applications. In Conf Proc IEEE Eng Med Biol Soc, Amsterdam, The Netherlands, 1996.


  11. [REIS-96] P.J. Reissman and I.E. Magnin. Modélisation et mise en correspondance avec la pyramide neuractive. In Recon. de Formes et Intell. Artif. RFIA'96, Rennes, France, pages 309-317, 1996.


  12. [MAGN-95b] I.E. Magnin and P.J. Reissman. Modeling 3D deformable object with the active pyramid. In Int. Workshop on parallel Image Analysis IWPIA'95, Lyon, France, pages 137-146, 1995.


  13. [MAGN-95a] I.E. Magnin, P.J. Reissman, and C. Mathieu. Suivi du coeur 3D en mouvement par approche multiéchelle. In Col. INSERM, Recherche en imagerie interventionnelle, Juin, Paris, France, 1995.


Miscellaneous
  1. [LOTJ-96d] J. Lotjonen, P.J. Reissman, J. Nenonen, and T. Katila. A triangulation Method of for Magnetocardiographic localization purposes. IEEE EMBS Summer School on Biomedical Imaging, Berder Island, 1996.


  2. [MAGN-95b] I.E. Magnin, P.J. Reissman, and C. Mathieu. Suivi du coeur 3D en mouvement par approche multiéchelle. Colloque INSERM, Recherche en imagerie interventionnelle, Juin, Paris, France, 1995.



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