RESEARCH SCHOOL – ECOLE DE RECHERCHE
PDE and Probability for Biology – EDP et probabilités pour la biologie
3 – 7 February 2020
PDE and Probability for Biology – EDP et probabilités pour la biologie
3 – 7 February 2020
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Scientific Committee
Comité scientifique Henri Berestycki (CAMS, EHESS) Organizing Committee
Comité d’organisation Guillemette Chapuisat (I2M, Aix-Marseille Université) Bertrand Cloez (INRA Montpellier) Chris Henderson (University of Chicago) Pierre Pudlo (I2M, Aix-Marseille Université) Gael Raoul (CNRS-Ecole polytechnique) For any further informations, contact |
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Description
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This research school is primarily intended for PhD students and young researchers interested in mathematical modeling for biology. The aim is to present notions and tools from the fields of partial differential equations, probability and statistics, motivated by issues from life sciences. It also aims to show links between these three approaches and reinforce interactions between communities. During this winter school, a special focus will be set on cell growth and cell dispersal, as well as piecewise deterministic type models. The lectures will be complemented by shorter presentations and a poster session, following a call for abstracts.
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Cette école de recherche s’adresse principalement aux doctorants et jeunes chercheurs intéressés par la modélisation mathématique pour la biologie. L’objectif est de présenter des notions et des outils issus des domaines des équations aux dérivées partielles, de la probabilité et des statistiques, motivés par les enjeux des sciences du vivant. Il vise également à montrer les liens entre ces trois approches et à renforcer les interactions entre les communautés. Au cours de cette école d’hiver, un accent particulier sera mis sur la croissance et la dispersion des cellules, ainsi que sur les modèles de type déterministe par morceaux. Les conférences seront complétées par des présentations plus courtes et une session posters, à la suite d’un appel à abstracts.
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Speakers
Fatimah Abdul Razak (University Kebangsaan Malaysia) Modelling the synchronization of malaysian fireflies
Elisa Affili (University of Milan) Civil Wars: A New Lotka-Volterra Competitive System and Analysis of Winning Strategies
Mohd Almie Alias (University Kebangsaan Malaysia) Mathematical modelling of curvature control on biological tissue growth
Vincent Calvez (Université Lyon 1) Propagation phenomena in kinetic equations (chemotactic waves and transport-reaction waves)
Benedetta Cavalli (University of Zürich) On a growth-fragmentation equation with bounded fragmentation rate and its solution via the feynman-kac formula
Benoı̂te de Saporta (IMAG, Université de Montpellier) Stochastic modelling for population dynamics: simulation and inference
Marie Doumic (MAMBA, Inria Paris) Inverse problems in structured population dynamics: combining deterministic and stochastic approaches
Gissell Estrada-Rodriguez (Laboratoire Jacques-Louis Lions UPMC) Space-time fractional diffusion equations in chemotaxis and immunology
Michael Fischer (University of Vienna / RICAM Linz) Local and global pushing of agents on bounded corridors
Dayse Haime Pastore (Federal Center for Technological Education of Rio de Janeiro) A model for HIV dynamics in the human immune system
Sophie Hecht (INRIA Paris) Incompressible limit of a continuum model of tissue growth with segregation for two cell populations
William Oçafrain (Université de Neuchâtel) Quasi-stationarity with moving boundaries
Boureima Sangare (Université Nazi Boni) Mathematical modeling of malaria transmission global dynamics: taking into account the immature stages of the vectors
Sebastian Schreiber (DEEP, UC Devis) Stochastic Population Dynamics: Persistence, Extinction, and Quasi- stationarity
Veronica Tora (University of Vienna) A mathematical model for tangle formation in Alzheimer’s disease
Fatimah Abdul Razak (University Kebangsaan Malaysia) Modelling the synchronization of malaysian fireflies
Elisa Affili (University of Milan) Civil Wars: A New Lotka-Volterra Competitive System and Analysis of Winning Strategies
Mohd Almie Alias (University Kebangsaan Malaysia) Mathematical modelling of curvature control on biological tissue growth
Vincent Calvez (Université Lyon 1) Propagation phenomena in kinetic equations (chemotactic waves and transport-reaction waves)
Benedetta Cavalli (University of Zürich) On a growth-fragmentation equation with bounded fragmentation rate and its solution via the feynman-kac formula
Benoı̂te de Saporta (IMAG, Université de Montpellier) Stochastic modelling for population dynamics: simulation and inference
Marie Doumic (MAMBA, Inria Paris) Inverse problems in structured population dynamics: combining deterministic and stochastic approaches
Gissell Estrada-Rodriguez (Laboratoire Jacques-Louis Lions UPMC) Space-time fractional diffusion equations in chemotaxis and immunology
Michael Fischer (University of Vienna / RICAM Linz) Local and global pushing of agents on bounded corridors
Dayse Haime Pastore (Federal Center for Technological Education of Rio de Janeiro) A model for HIV dynamics in the human immune system
Sophie Hecht (INRIA Paris) Incompressible limit of a continuum model of tissue growth with segregation for two cell populations
William Oçafrain (Université de Neuchâtel) Quasi-stationarity with moving boundaries
Boureima Sangare (Université Nazi Boni) Mathematical modeling of malaria transmission global dynamics: taking into account the immature stages of the vectors
Sebastian Schreiber (DEEP, UC Devis) Stochastic Population Dynamics: Persistence, Extinction, and Quasi- stationarity
Veronica Tora (University of Vienna) A mathematical model for tangle formation in Alzheimer’s disease
