SwarmBot: enjambres de agentes artificiales para el testeo de interacciones en prototipos de redes sociales
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2021-09-09
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Jaén: Universidad de Jaén
Resumen
Con el auge de los sistemas basados en redes sociales e interacciones entre comunidades de usuarios, muchos son los prototipos que se desarrollan con el objeto relacionarse con otros usuarios registrados en la plataforma. Sin embargo, la mayoría de los prototipos actuales se ponen en funcionamiento sin un correcto proceso de pruebas que certifique la robustez y carga del modelo en situaciones críticas, con muchos usuarios conectados simultáneamente. En el presente trabajo, se pretende desarrollar un sistema de múltiples agentes inteligentes que se comporten como usuarios de una red social, registrándose en la misma, publicando contenidos e interrelacionándose unos con otros, como si de usuarios reales se tratara, con objeto de probar la buena respuesta de un sistema ante este incremento de carga.
With the rise of systems based on social networks and interactions between user communities, there are many developed prototypes in order to interact with other users registered on the platform. However, most of the current prototypes are put into operation without a correct testing process that certifies the robustness and load of the model in critical situations, with many users connected simultaneously. In the present work, it is intended to develop a system of multiple intelligent agents that behave as users of a social network, registering in it, publishing content and interacting with each other, as if they were real users, in order to test the good response of a system to this increased load.
With the rise of systems based on social networks and interactions between user communities, there are many developed prototypes in order to interact with other users registered on the platform. However, most of the current prototypes are put into operation without a correct testing process that certifies the robustness and load of the model in critical situations, with many users connected simultaneously. In the present work, it is intended to develop a system of multiple intelligent agents that behave as users of a social network, registering in it, publishing content and interacting with each other, as if they were real users, in order to test the good response of a system to this increased load.