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Autor López Herrero, María Jesús |
Documentos disponibles escritos por este autor (7)
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In this paper we deal with the main multiserver retrialqueue of M/M/c type with exponential repeated attempts. This model is known to be analytically intractable due to the spatial heterogeneity of the underlying Markov chain, caused by the retr[...]texto impreso
Our interest is to quantify the spread of an infective process with latency period and generic incidence rate that takes place in a Önite and homogeneous population. Within a stochastic framework, two random variables are deÖned to describe the [...]texto impreso
Calviño Martínez, Aida ; Rapado Vicente, María Eva ; Peressini Álvarez, Melina ; CabreraGómez, Gloria ; CáceresGarcía, Inés María ; Alonso Revenga, Juana María ; Amador Pacheco, Julia ; Rodríguez Cánovas, María Belén ; Rodríguez Palanquex, María Cruz ; Latorre Muñoz, María Concepción ; Cintas Del Rio, María Del Rosario ; SusiGarcía, María Del Rosario ; López Herrero, María Jesús ; Alcón Giménez, María José ; Pérez Pérez, Teresa ; GamboaPérez, María | 2020-09-21Memoria final del proyecto de innovación docente titulado: "Gamificación en el aula con Kahoot! en la Facultad de Estudios Estadísticos"texto impreso
The basic reproduction number, R (0), is probably the most important quantity in epidemiology. It is used to measure the transmission potential during the initial phase of an epidemic. In this paper, we are specifically concerned with the quanti[...]texto impreso
This paper deals with an infective process of type SIS, taking place in a closed population of moderate size that is inspected periodically. Our aim is to study the number of inspections that find the epidemic process still in progress. As the u[...]texto impreso
We deal with stochastic epidemic models having a set of absorbing states. The aim of the paper is to study some continuous characteristics of the epidemic. In this sense, we first extend the classical study of the length of an outbreak by invest[...]texto impreso
We investigate stochastic and epidemic models, when there is a random environment that influences the spread of the infectious disease. The inclusion of an external environment into the epidemic model is done by replacing the constant transmissi[...]