Los sistemas de inferencia difusos se utilizan para el análisis de decisiones o reconocimiento de patrones con el propósito de ayudar a tomar elecciones como lo haría un experto en el área. En esta investigación se desarrolló e implementó un sistema en un juego serio que ayuda a fortalecer el razonamiento lógico-matemático, el sistema evalúa si el alumno avanza, regresa o se queda en el mismo nivel con base en el tiempo y los aciertos de cada misión. Los resultados muestran que los estudiantes que avanzaron por lo menos al siguiente nivel mejoraron a diferencia de los que no.
In this work the risk-sensitive optimal filtering equations for systems of third grade with linear observations and mean square cost criterion to be minimized had been applied to the Fitz Hugh-Nagumo model. This special model represents a excitable system. The performance of the obtained risk-sensitive estimator for third degree stochastic systems with polynomial linear drift terms with polynomial observations equations is verified, comparing the mean-square criteria values in final time for the optimal risk-sensitive estimator and polynomial filtering equations. The goal of this work is to experiment applying both filtering equations: risk-sensitive and polynomial to third degree polynomial systems, comparing the results obtained in this special model. It is observed that when the value of D is greater than 1, the risk-sensitive equations present a singularity. However, the estimates are better than the polynomial filtering equations with respect to the values of the proposed mean square cost criterion to be minimized.
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