Les deux révisions précédentesRévision précédenteProchaine révision | Révision précédente |
recherche [2022/06/30 11:41] – pardoux | recherche [2024/02/16 14:57] (Version actuelle) – pardoux |
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===== Articles ===== | ===== Articles ===== |
[155] {{ ::forpangparmultipatch_puqr.pdf |Multi-patch multi-group epidemic model with varying infectivity}}, avec R. Forien et G. Pang, arXiv:2111.06231, soumis. | [162] {{ ::si_mpy.pdf |Epidemic models with varying infectivity on a refining spatial grid. I. The SI model}}, avec A. Mougabe-Peurkor et T. Yeo. |
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[154] {{ ::corrected_poc_spatial_epidemic_model.pdf |Conditional propagation of chaos in a spatial stochastic epidemic model with common noise}}, avec M. Hauray et Y.V. Vuong, | [161] {{ ::clt_spatial_epidemic_model.pdf |Central limit theorem for a spatial stochastic epidemic model with mean field interaction}}, avec M. Hauray et Y. Vuong. |
//Stochastic and Partial Differential Equations//, à paraître arXiv:2111.02733. | |
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[153] {{ :en:survey_forien-pang-pardoux2021.pdf |Recent advances in epidemic modeling : non Markov stochastic models and their scaling limits}}, avec R. Forien et G. Pang, soumis. | [160] {{ ::2304.05211.pdf |Spatially dense stochastic epidemic models with infection-age dependent infectivity}}, avec G. Pang. |
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[152] {{ :en:epidemic-age-pde-arxiv.pdf |Functional law of large numbers and PDEs for epidemic models with infection-age dependent infectivity}}, avec G. Pang, soumis. | [159] {{ ::extinction_revision.pdf |Extinction time of an epidemic with infection age dependent infectivity}}, avec A. Mougabe-Peurkor, I. Drame and M. N'zi, //Revista de la Union Matematica Argentina//, à paraître. |
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[151] {{ :en:fclt-vi-arxiv.pdf |Functional central limit theorems for epidemic models with varying infectivity}}, avec G. Pang, soumis. | [158] {{ ::pdemultipatch_pp.pdf |PDE model for multipatch epidemic models with migration and infection-age dependent infectivity}}, avec G. Pang. |
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[150] {{ :fr:bep.pdf |A Spatial Stochastic Epidemic Model: Law of Large Numbers and Central Limit Theorem}}, avec S. Bowong et A. Emakoua, //Stochastic and Partial Differential Equations//, https://doi.org/10.1007/s40072-021-00221-x. | [157] {{ ::fppz_arxiv.pdf |Stochastic epidemic models with varying infectivity and susceptibility}}, avec R. Forien, G. Pang et A.B. Zotsa Ngoufack, arXiv.2210.04667. |
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| [156] {{ ::puqr2022019-forien.pdf |Multi-patch multi-group epidemic model with varying infectivity}}, avec R. Forien et G. Pang, //Probability, Uncertainty and Quantitative Risk// **7**, 4, pp. 333-364, 2022. |
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| [155] {{ ::corrected_poc_spatial_epidemic_model.pdf |Conditional propagation of chaos in a spatial stochastic epidemic model with common noise}}, avec M. Hauray et Y.V. Vuong, |
| //Stochastic and Partial Differential Equations// **10**, 3, pp. 1180-1210, 2022. |
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| [154] Metastability between the clicks of the Müller ratchet, with M. Mariani and A. Velleret. arXiv:2007.14715, 2021. |
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| [153] {{ :en:survey_forien-pang-pardoux2021.pdf |Recent advances in epidemic modeling : non Markov stochastic models and their scaling limits}}, avec R. Forien et G. Pang, //Graduate J. Math.// **7**, 19-75, 2022. |
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| [152] {{ :en:epidemic-age-pde-arxiv.pdf |Functional law of large numbers and PDEs for epidemic models with infection-age dependent infectivity}}, avec G. Pang, //Applied Math. & Optimization// **87**, 2023. |
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| [151] {{ ::fclt-varying_infectivity_revision5.pdf |Functional central limit theorems for epidemic models with varying infectivity}}, avec G. Pang, //Stochastics//, à paraître. |
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| [150] {{ :fr:bep.pdf |A Spatial Stochastic Epidemic Model: Law of Large Numbers and Central Limit Theorem}}, avec S. Bowong et A. Emakoua, //Stochastic and Partial Differential Equations// **11**, pp. 31-105, 2023. |
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[149] {{ ::rsos.202327.pdf |Estimating the state of the Covid-19 epidemic in France using a non-Markovian model}}, avec R. Forien et G. Pang, //Royal Society Open Science// **8**: 202327, 2021. | [149] {{ ::rsos.202327.pdf |Estimating the state of the Covid-19 epidemic in France using a non-Markovian model}}, avec R. Forien et G. Pang, //Royal Society Open Science// **8**: 202327, 2021. |
[148] {{ ::vi-siam.pdf |Epidemic models with varying infectivity}}, avec R. Forien et G. Pang, // SIAM J. Applied Math.// **81**, pp. 1893-1930, 2021. | [148] {{ ::vi-siam.pdf |Epidemic models with varying infectivity}}, avec R. Forien et G. Pang, // SIAM J. Applied Math.// **81**, pp. 1893-1930, 2021. |
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[147] {{ :multi-patch_arxiv.pdf |Multi-patch epidemic models with general infectious period}}, avec G. Pang, soumis. | [147] {{ :multi-patch_arxiv.pdf |Multi-patch epidemic models with general infectious period}}, avec G. Pang, //ESAIM : Probability & Statistics//, à paraître. |
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[146] {{ ::funct_limit_theorem_gp-ep_arxiv.pdf |Functional limit theorems for non-Markovian epidemic models}}, avec G. Pang, //Annals of Applied Probability//, **32**, pp. 1615--1665, 2022. | [146] {{ ::funct_limit_theorem_gp-ep_arxiv.pdf |Functional limit theorems for non-Markovian epidemic models}}, avec G. Pang, //Annals of Applied Probability//, **32**, pp. 1615--1665, 2022. |
[141] Deviations from the law of large numbers, and extinction of an endemic disease, in //Mathematical modeling of random and deterministic phenomena//, Manou--Abi, S.M., Dabo--Niang, S., Salone, J.J. eds., pp. 3--30, ISTE and Wiley, 2020. | [141] Deviations from the law of large numbers, and extinction of an endemic disease, in //Mathematical modeling of random and deterministic phenomena//, Manou--Abi, S.M., Dabo--Niang, S., Salone, J.J. eds., pp. 3--30, ISTE and Wiley, 2020. |
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[140] The height process of a continuous state branching process with interaction | [140] {{ ::li2022_article_theheightprocessofacontinuous-.pdf |The height process of a continuous state branching process with interaction}} |
(avec Z. Li et A. Wakolbinger), // J Theor Probab // **35**, pp. 142--185, 2022. | (avec Z. Li et A. Wakolbinger), // J Theor Probab // **35**, pp. 142--185, 2022. |
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[139] {{ ::aihp1807-002ra0.pdf |Extinction time and the total mass of the continuous state branching processes with competition}} (avec Vi Le), //Stochastics// **92**, pp. 852--875, 2020. | [139] {{ ::aihp1807-002ra0.pdf |Extinction time and the total mass of the continuous state branching processes with competition}} (avec Vi Le), //Stochastics// **92**, pp. 852--875, 2020. |
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[138] A SIR model on a refining spatial grid I - Law of Large Numbers (avec Modeste N'zi et Ténan Yeo), //Applied Math. & Optimization// **83**, pp. 1153-1189, 2021. | [138] {{ ::nzi2021_article_asirmodelonarefiningspatialgri.pdf |A SIR model on a refining spatial grid I - Law of Large Numbers}} (avec Modeste N'zi et Ténan Yeo), //Applied Math. & Optimization// **83**, pp. 1153-1189, 2021. |
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[137] {{ ::tb-ep.pdf |Stochastic epidemics in a homogeneous community}} (avec Tom Britton), Part I de //Stochastic Epidemic Models with Inference//, T. Britton and E. Pardoux eds., Lecture Notes in Math. **2255**, pp. 1--120, Springer 2019. | [137] {{ ::tb-ep.pdf |Stochastic epidemics in a homogeneous community}} (avec Tom Britton), Part I de //Stochastic Epidemic Models with Inference//, T. Britton and E. Pardoux eds., Lecture Notes in Math. **2255**, pp. 1--120, Springer 2019. |