Sep 2026· International Journal of Combinatorial Optimization Problems and Informatics· 0 citations· 17 references
Abstract
This research devoelops and validates an algorithmic framework for intelligence requisition management through the integration of Excel, artificial intelligence agents and Power BI. The study adopts a mixed-methods approach with a quasi-experimental design implemented in a metalworking company, aiming to optimize the traceability, classification and monitoring of operational requisitions. The system incorporates a traffic-light algorithm base don criticality indicators, automated alerts and the generation of executive reports using GPT-4º. Additionally, it employs Python, JSON structures and n8n to ensure interoperability and workfow automation. The results showed significant improvements in operational efficiency, highlighting a 63.2% reduction in cycle time, an 82.9% decrease in operational errors and a 94.7% increase in classification accuracy. The framework proved to be scalable, reproducible and efficient for contemporary complex organizational environments.
Spanish-language metadata / Metadatos en españolTítulo en español:Marco algorítmico híbrido para la gestión inteligente de requisiciones: integración de Excel, agentes de IA y Power BI para la trazabilidad analítica
Resumen:Esta investigación desarrolla y valida un marco algorítmico para la gestión inteligente de requisiciones mediante la integración de Excel, agentes de inteligencia artificial y Power BI. El estudio adopta un enfoque de métodos mixtos con un diseño cuasiexperimental implementado en una empresa metalmecánica, con el objetivo de optimizar la trazabilidad, clasificación y seguimiento de las requisiciones operativas.
El sistema incorpora un algoritmo de semaforización basado en indicadores de criticidad, alertas automatizadas y la generación de informes ejecutivos mediante GPT-4o. Además, emplea Python, estructuras JSON y n8n para garantizar la interoperabilidad y la automatización de los flujos de trabajo.
Los resultados mostraron mejoras significativas en la eficiencia operativa, entre las que destacan una reducción del 63,2 % en el tiempo de ciclo, una disminución del 82,9 % en los errores operativos y un incremento del 94,7 % en la precisión de la clasificación. El marco demostró ser escalable, reproducible y eficiente para entornos organizacionales complejos contemporáneos.
Palabras Claves:Gestión de requisiciones; Inteligencia Artificial; Power BI; agentes inteligentes; automatización; trazabilidad analítica; adquisiciones; n8n.
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