Diseño de un simulador para accidentes de trabajo en el área administrativa de Italener, a través de la inteligencia artificial.
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Date
2024-05
Advisors
Editors
Journal Title
Journal ISSN
Volume Title
Publisher
Corporación Universitaria Minuto de Dios - UNIMINUTO
Type
Trabajo de Investigación e Innovación
Rights
Acceso Abierto - http://purl.org/coar/access_right/c_abf2
Atribución-NoComercial-SinDerivadas 2.5 Colombia
Atribución-NoComercial-SinDerivadas 2.5 Colombia
Abstract
El proyecto se centró en el diseño de un simulador para el área administrativa de Italener, empleando inteligencia artificial. Se utilizaron teorías como la Teoría de la Causalidad de Herbert William Heinrich, Teoría Dinámica de Sistemas de Jay W. Forrester y el Modelo de Simulación de Nick Bostrom para respaldar científicamente la investigación. Se identificaron los riesgos más comunes en el sector administrativo, se determinaron sus causas mediante la revisión de incidentes y análisis de datos, y se establecieron casos clave para la simulación. La encuesta y entrevista se emplearon como instrumentos. Los resultados se representaron en tablas y gráficos, proporcionando una base para discutir la eficacia del simulador y su impacto en la seguridad laboral.
The project focused on the design of a simulator for the administrative area of Italener, using artificial intelligence. Theories such as Herbert William Heinrich's Causality Theory, Jay W. Forrester's Dynamic Systems Theory, and Nick Bostrom's Simulation Model were used to scientifically support the research. The most common risks in the administrative sector were identified, their causes were determined through incident review and data analysis, and key cases were established for simulation. The survey and interview were used as instruments. The results were represented in tables and graphs, providing a basis for discussing the effectiveness of the simulator and its impact on workplace safety.
The project focused on the design of a simulator for the administrative area of Italener, using artificial intelligence. Theories such as Herbert William Heinrich's Causality Theory, Jay W. Forrester's Dynamic Systems Theory, and Nick Bostrom's Simulation Model were used to scientifically support the research. The most common risks in the administrative sector were identified, their causes were determined through incident review and data analysis, and key cases were established for simulation. The survey and interview were used as instruments. The results were represented in tables and graphs, providing a basis for discussing the effectiveness of the simulator and its impact on workplace safety.
Description
Diseñar un simulador para trabajos en el área administrativa de Italener, a través de la inteligencia artificial.
Keywords
Seguridad, Accidente, Simulacro, IA, Riesgos, Tecnología, Prevención, Security, Accident, Drill, AI, Risks, Technology, Prevention