Mes publications
[28] R. Abraham, J.-F. Delmas The forest associated with
the record process on a Lévy tree.
Preprint.
[27] R. Abraham, J.-F. Delmas, P. Hoscheit Exit times for an
increasing Lévy tree-valued process.
Preprint.
Fichier téléchargeable
[26] R. Abraham, J.-F. Delmas, P. Hoscheit A note on
Gromov-Hausdorff-Prokhorov distance between (locally) compact
measure spaces.
Fichier téléchargeable
[25] R. Abraham, J.-F. Delmas Record process on the
continuum random tree.
Preprint
.
Fichier téléchargeable
[24] R. Abraham, J.-F. Delmas, H. He Pruning Galton-Watson
Trees and Tree-valued Markov Processes.
A paraître dans Annales de l'IHP
.
Fichier téléchargeable
[23] R. Abraham, J.-F. Delmas A continuum tree valued
Markov process.
Annals of Probab. 40, 1167-1211, 2012.
Fichier
téléchargeable
[22] R. Abraham, J.-F. Delmas, G. Voisin Pruning a
Lévy continuum random tree.
Elec. J. of probab. 15, 1429-1473, 2010.
[21] R. Abraham, J.F. Delmas Williams' decomposition of the
Lévy continuous random tree and
simultaneous extinction probability for populations with
neutral mutations.
Stoch. Proc. and
Appl. 119, 1124-1143, 2009
Fichier téléchargeable
[20] R. Abraham, J.F. Delmas Changing the branching mechanism of a continuous state branching
process using immigration.
Annales de l'IHP 45, 226-238, 2009.
Fichier téléchargeable
[19] R. Abraham, M. Bergounioux, E. Trélat A penalization approach for tomographic reconstruction of binary axially symmetric objects.
Applied Mathematics and Optimization 58, 345-371, 2008.
Fichier téléchargeable
[18] I. Abraham, R. Abraham, M. Bergounioux An active curve approach for tomographic reconstruction of binary
radially symmetrical objects.
Numerical Mathematics and Advanced Applications, Proceedings of
ENUMATH 2007, Graz, pp 663-671, 2008.
[17] R. Abraham, J.F. Delmas Fragmentation
associated with Lévy processes using snake.
Prob. Th. rel. Fields, 141, 113-154, 2008
Fichier téléchargeable
[16] R. Abraham, J.S. Dhersin, B. Ycart Strong convergence for urn models with reducible replacement policy.
Journal Applied Probab. 44, 652-660, 2007
[15] I. Abraham, R. Abraham, A. Desolneux, S. Li-Tiao-Te Significant edges in the case of a non-stationnary Gaussian noise.
Pattern Recognition 40, 3277-3291, 2007
Fichier téléchargeable
[14] R. Abraham, J.F. Delmas Asymptotics for the small fragments of the fragmentation at nodes.
Bernoulli 13, 211-228, 2007.
Fichier téléchargeable
[13] R. Abraham, J.F. Delmas Feller property and infinitesimal generator of the exploration
process.
J. of Th. Probab. 20, 355-370, 2007
Fichier
téléchargeable
[12] R. Abraham, O. Rivière Forward-backward stochastic differential equations
and PDE with gradient dependent second order coefficients.
ESAIM:P.S. 10, 184-205, 2006
[11] I. Abraham, R. Abraham, J.M. Lagrange, F. Lavallou Méthodes inverses pour la reconstruction tomographique X
mono-vue.
CHOCS - Revue scientifique et technique de la Direction des
applications militaires, 31, 2005
[10]R. Abraham, J.F. Delmas Solutions of $\Delta u=4 u^2$
with Neumann's conditions using the Brownian snake.
Probab. Th. rel. Fields 128, 475 - 516, 2004
[9] R. Abraham, L. Serlet Poisson snake and fragmentation.
Electronic
Journal of Probability, Vol. 7, 1-15, 2002
[8] R. Abraham, L. Serlet Representations of the Brownian snake with drift.
Stochastics and stochastic Reports 73, 287-308, 2002
[7] R. Abraham, J.F. Delmas Some properties of the exit measure for super-Brownian motion.
Probab. Th. rel. Fields 122, 71-107, 2002
[6] R. Abraham Reflecting Brownian snake and a Neumann-Dirichlet problem.
Stoc. Proc. and their Appl. 89, 239-260, 2000
[5] R. Abraham, L. Mazliak Branching properties of brownian paths and trees.
Expositiones Mathematicae 16, 59-74, 1998
[4] R. Abraham, W. Werner Avoiding-probabilities for Brownian snakes and super-Brownian motion.
Electronic
Journal of Probability, Vol. 2, 1-27, 1997
[3] R. Abraham On the connected components of the support of super-Brownian motion
and of its exit measure.
Stoc. Proc. and their Appl. 60, 227-245, 1995
[2] R. Abraham, J.F. Le Gall Sur la mesure de sortie du super-mouvement brownien.
Probab. Th. rel. Fields 99, 251-275, 1994
[1] R. Abraham Un arbre aléatoire associé à l'excursion brownienne.
Séminaire de probabilités XXVI, Lecture Notes in Math.
1526, 374-397, 1992