Mor Absa Loum- University of Paris-Sud
Mor Absa Loum
- University of Paris-Sud
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8
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Publications (8)
We consider finite mixtures of generalized linear models with binary output. We prove that cross moments (between the output and the regression variables) up to order three are sufficient to identify all parameters of the model. We propose a least-squares estimation method based on those moments and we prove the consistency and the Gaussian asympto...
We consider finite mixtures of generalized linear models with binary output. We prove that cross moments till order 3 are sufficient to identify all parameters of the model. We propose a least squares estimation method and we prove the consistency and the Gaussian asymptotic behavior of the estimator. An R-package is developed to apply our method,...
We consider finite mixtures of generalized linear models with binary output. We prove that cross moments till order 3 are sufficient to identify all parameters of the model. We propose a least squares estimation method and we prove the consistency and the Gaussian asymptotic behavior of the estimator. An R-package is developed to apply our method,...
Nous nous intéressons, dans cette thèse, à l'étude des modèles de mélange et des modèles linéaires généralisés, avec une application aux données de co-infection entre les arbovirus et les parasites du paludisme. Après une première partie consacrée à l'étude de la co-infection par un modèle logistique multinomial, nous proposons dans une deuxième pa...
In tropical regions, populations continue to suffer morbidity and mortality from malaria and arboviral diseases. In Kedougou (Senegal), these illnesses are all endemic due to the climate and its geographical position. The co-circulation of malaria parasites and arboviruses can explain the observation of coinfected cases. Indeed there is strong rese...
In tropical regions, populations continue to suffer morbidity and mortality from malaria and arboviral diseases. In Kedougou (Senegal), these illnesses are all endemic due to the climate and its geographical position. The co-circulation of malaria parasites and arboviruses can explain the observation of coinfected cases. Indeed there is strong rese...
In tropical regions, populations continue to suffer morbidity and mortality from malaria and arboviral diseases. In Kedougou (Senegal), these illnesses are all endemic due to the climate and its geographical position. The co-circulation of malaria parasites and arboviruses can explain the observation of coinfected cases. Indeed there is strong rese...
