Librerías Matlab para la realización de prácticas sensoriales y perceptivas dentro y fuera del aula
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2023
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Abstract
El Proyecto de Innovación Docente consta de 17 programas en Matlab que corresponden a experimentos clásicos de psicofísica visual y auditiva (e.g. curva de audibilidad, función de sensibilidad al contraste, bandas críticas auditivas, determinación de los parámetros de la Ley potencial de Stevens para brillo y sonoridad, etc.) y a programas de análisis de resultados experimentales. Los programas son originales, ejecutables en tiempo real y de uso intuitivo para que el estudiante pueda realizar, en el aula y en remoto, prácticas sensoriales y perceptivas que son obligatorias en asignaturas como Psicología de la Percepción y Arquitectura Funcional de la Mente entre otras. En el Anexo de este documento se presentan capturas de los interfaces gráficos de estos programas junto con una breve descripción de sus objetivos, características, y funcionalidades. Todos los programas están sujetos a mejoras que se irán añadiendo en sucesivas versiones. Las actualizaciones de estos programas se harán accesibles en esta página web: https://www.ucm.es/serranopedrazalab/.
This Teaching Innovation Project consists of 17 Matlab programs that correspond to classical experiments in visual and auditory psychophysics (e.g., audibility curve, contrast sensitivity function, auditory critical bands, determination of parameters for Stevens' Power Law for brightness and loudness, etc.) and programs for the analysis of experimental results. The programs are original, executable in real-time, and intuitively designed for students to conduct sensory and perceptual practices, both in the classroom and remotely. These practices are mandatory in subjects such as Psychology of Perception and Functional Architecture of the Mind, among others. In the Annex of this document, screenshots of the graphical interfaces of these programs are presented, along with a brief description of their objectives, features, and functionalities. All programs are subject to improvements that will be added in successive versions. Updates to these programs will be made accessible on this website: https://www.ucm.es/serranopedrazalab/."
This Teaching Innovation Project consists of 17 Matlab programs that correspond to classical experiments in visual and auditory psychophysics (e.g., audibility curve, contrast sensitivity function, auditory critical bands, determination of parameters for Stevens' Power Law for brightness and loudness, etc.) and programs for the analysis of experimental results. The programs are original, executable in real-time, and intuitively designed for students to conduct sensory and perceptual practices, both in the classroom and remotely. These practices are mandatory in subjects such as Psychology of Perception and Functional Architecture of the Mind, among others. In the Annex of this document, screenshots of the graphical interfaces of these programs are presented, along with a brief description of their objectives, features, and functionalities. All programs are subject to improvements that will be added in successive versions. Updates to these programs will be made accessible on this website: https://www.ucm.es/serranopedrazalab/."