Tecnologías inteligentes aplicadas a la ingeniería electromecánica: simulación, lot, inteligencia artificial y automatización para la transformación digital
Sinopsis
La transformación digital está modificando la forma en que se diseñan, analizan, supervisan y optimizan los sistemas electromecánicos. En este escenario, la integración de tecnologías como la simulación computacional, la programación, el Internet de las Cosas (IoT), el monitoreo inteligente, la inteligencia artificial y la automatización genera nuevas posibilidades para desarrollar sistemas más conectados, eficientes y adaptativos.
El libro Tecnologías Inteligentes Aplicadas a la Ingeniería Electromecánica: Simulación, IoT, Inteligencia Artificial y Automatización para la Transformación Digital presenta una visión integral de esta evolución tecnológica. El primer capítulo aborda los fundamentos de la transformación digital; el segundo analiza la simulación como herramienta para el diseño, análisis y optimización; el tercero examina la programación y los sistemas embebidos; el cuarto estudia el Internet de las Cosas aplicado al monitoreo electromecánico; y el quinto aborda la inteligencia artificial, incluyendo aprendizaje automático, aprendizaje profundo, visión artificial y Edge AI. A lo largo de la obra se destaca que el potencial de estas tecnologías surge de su integración, permitiendo transformar los datos generados por sistemas físicos en información útil para apoyar la toma de decisiones. Esta convergencia ofrece oportunidades para mejorar la eficiencia energética, la confiabilidad, el mantenimiento, la automatización y la sostenibilidad de los sistemas electromecánicos. La obra está dirigida a estudiantes, docentes, investigadores y profesionales de la ingeniería electromecánica y áreas afines interesados en comprender y aplicar tecnologías inteligentes en el contexto de la transformación digital industrial.
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