Patrimony

The Louis Bachelier Group's patrimony has been defined as all the publications produced by academic researchers thanks to Group funding (ILB, FdR, IEF, Labex) or via the use of EquipEx data (BEDOFIH, EUROFIDAI).


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New paradigms in heterogeneous population dynamics: trajectory modeling, aggregation, and empirical data.

Birth Death Swap, Comparaison trajectorielle, Convergence stable, Dynamique des populations, Heterogeneity, Hétérogénéité, Longevity, Longévité, Population dynamics

New paradigms in heterogeneous population dynamics: trajectory modeling, aggregation, and empirical data.

Birth Death Swap, Comparaison trajectorielle, Convergence stable, Dynamique des populations, Heterogeneity, Hétérogénéité, Longevity, Longévité, Population dynamics

How can a cause-of-death reduction be compensated for by the population heterogeneity? A dynamic approach.

Cause-of-death mortality, Cohort Effect, Cohort effects, Deprivation, Deprivation index, Heterogeneity, Mortality heterogeneity, Population dynamics

How can a cause-of-death reduction be compensated for by the population heterogeneity? A dynamic approach.

Cause-of-death mortality, Cohort Effect, Cohort effects, Deprivation, Deprivation index, Heterogeneity, Mortality heterogeneity, Population dynamics

Population dynamics: stochastic control and hybrid modeling of cancer.

Acidity, Acidité, Branching diffusion process, Contrôle stochastique, Croissance de tumeur, Dynamic programming principle, Dynamique des populations, Hamilton-Jacobi-Bellman equation, Population dynamics, Principe de la programmation dynamique, Processus de branchement-diffusion, Stochastic control, Tumor growth, Équation de Hamilton-Jacobi-Bellman

A new inference strategy for general population mortality tables.

Cohort effect, General population, Mortality tables, Population dynamics, Statistical inference

Micro-macro approaches to age-structured heterogeneous population dynamics. Application to self-exciting processes and demography.

Actuarial science, Age pyramid, Birth-death processes, Causes-of-death mortality, Censure par intervalle, Dynamique des populations, Démographie mathématique, Fast life trajectories, Hawkes processes, Heterogeneity, Hétérogénéité, Interval censoring, Limit theorems for stochastic processes, Longevity, Longévité, Mathematical demography, Maximum de vraisemblance paramétrique, Microsimulation, Modèles multi-états, Mortality, Mortalité, Mortalité par causes de décès, Multi-state models, Parametric maximum likelihood, Point processes, Population dynamics, Processus de Hawkes, Processus de naissance et mort, Processus ponctuels, Pyramide des âges, Science actuarielle, Théorèmes limites pour les processus, Trajectoires de vie accélérées

A new inference strategy for general population mortality tables.

Cohort effect, General population, Mortality tables, Population dynamics, Statistical inference

Cause-of-Death Mortality: What Can Be Learned From Population Dynamics?

Age Dependency Ra-tio, Age Pyramid, Birth and Death Process, Cause-of-Death Mortality, Individual-Based Model, Macroscopic Behavior, Population Dynamics

Cause-of-Death Mortality: What Can Be Learned from Population Dynamics?

Age Dependency Ra-tio, Age Pyramid, Birth and Death Process, Cause-of-Death Mortality, Individual-Based Model, Macroscopic Behavior, Population Dynamics

Cause-of-death mortality: What can be learned from population dynamics?

Age Dependency Ra-tio, Age Pyramid, Birth and Death Process, Cause-of-Death Mortality, Individual-Based Model, Macroscopic Behavior, Population Dynamics

Micro-macro analysis of heterogenous age-structured populations dynamics. Application to self-exciting processes and demography.

Actuarial science, Dynamique des populations, Démographie mathématique, Longévité, Mathematical demography, Microsimulation, Population dynamics, Processus de naissance et mort, Science actuarielle