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http://hdl.handle.net/2183/24829 Tolerancia a fallos en sistema de fabricación flexible basado en MAS
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Authors
López Iglesias, Mikel
Martín Garechana, Jon
Gangoiti, Unai
Armentia, Aintzane
Estévez, Elisabet
Marcos, Marga
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Bibliographic citation
López Iglesias, M., Martín Garechana, J., Gangoiti, U., Armentia, A., Estévez, E., Marcos, M. Tolerancia a fallos en sistema de fabricación flexible basado en MAS. En Actas de las XXXIX Jornadas de Automática, Badajoz, 5-7 de Septiembre de 2018 (pp.799-805). DOI capítulo: https://doi.org/10.17979/spudc.9788497497565.0799 DOI libro: https://doi.org/10.17979/spudc.9788497497565
Type of academic work
Academic degree
Abstract
[Resumen] La fabricación orientada al producto está
completamente alineada con una de las tendencias
de la Industria 4.0 que consiste en la integración de
todos los sistemas de producción. Esto implica una
transición desde un punto de vista tradicional de los
procesos, centrados en líneas de producción con el
objetivo de reducir costes, a uno más flexible capaz
de producir productos personalizados. Por otra
parte, los Sistema Multi Agente se caracterizan por
su carácter inteligente y distribuido, así como por su
capacidad de negociación para conseguir sus
objetivos y se han aplicado ampliamente en entornos
de fabricación. Los trabajos relacionados
demuestran su aplicabilidad en entornos flexibles.
Por ello, son candidatos muy adecuados para
implementar planes de fabricación cambiantes y
personalizados. Sin embargo, un aspecto clave es
ofrecer metodologías y herramientas que soporten la
implementación de dichos sistemas. En este artículo
se presenta una arquitectura multi-agente para
fabricación inteligente y se ilustra su flexibilidad
para el caso de fallos de recursos de fabricación,
dando pautas y plantillas para la implementación de
aplicaciones concretas
[Abstract] Product oriented manufacturing is aligned with one of the Industry 4.0 trends consisting of integrating all production systems. This implies shifting from a traditional view of manufacturing processes, focused on production line in order to reduce costs, to a more flexible and customized product manufacturing. On the other hand, Multi Agent Systems (MAS) are characterized by their smart and distribute nature as well as their negotiation capacity in order to achieve their objectives. MAS systems have been widely used in flexible environments where related works validate their use. That is why they are a suitable approach for implementing customized and dynamically changing manufacturing plans. However, a key aspect is to offer methodologies and tools for supporting the implementation of such systems. In this paper, a flexible manufacturing supporting architecture is presented and its flexibility is illustrated for the case of resource failures. Procedures and templates are also given in order to implement specific applications
[Abstract] Product oriented manufacturing is aligned with one of the Industry 4.0 trends consisting of integrating all production systems. This implies shifting from a traditional view of manufacturing processes, focused on production line in order to reduce costs, to a more flexible and customized product manufacturing. On the other hand, Multi Agent Systems (MAS) are characterized by their smart and distribute nature as well as their negotiation capacity in order to achieve their objectives. MAS systems have been widely used in flexible environments where related works validate their use. That is why they are a suitable approach for implementing customized and dynamically changing manufacturing plans. However, a key aspect is to offer methodologies and tools for supporting the implementation of such systems. In this paper, a flexible manufacturing supporting architecture is presented and its flexibility is illustrated for the case of resource failures. Procedures and templates are also given in order to implement specific applications
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Atribución-NoComercial 3.0 España


