An ontology-based approach for Product Lifecycle Management

Matsokis, Aristeidis; Kiritsis, Dimitris

doi:10.1016/j.compind.2010.05.007

Cited by 171 publications

(86 citation statements)

References 13 publications

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“…La administración del ciclo de vida de producto (PLM) es una actividad eficiente para gestionar toda la información relacionada con un producto desde su inicio, desarrollo, madurez, hasta su final [1]. Es importante gestionar la información de los productos en todas las fases de su vida debido a que un simple cambio en el mismo durante una determinada fase podría propagarse y afectar la consistencia e integridad de la información en el resto de las fases.…”

Section: Introductionunclassified

Una ontología para la gestión de versiones de familias de producto

Sonzini¹,

Vegetti²,

Leone³

2015

Relainep

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Resumen. La gestión del ciclo de vida de producto (PLM -Product Lifecycle Management) requiere un conjunto de soluciones para representar e integrar la información de una familia de producto. Las soluciones deben considerar los cambios en los requerimientos de los usuarios y del dominio, los cuales pueden ocurrir por diversas causas. Cada cambio modifica la información de producto, generando una nueva versión del mismo. Por lo tanto, la propuesta de este trabajo tiene por objetivo introducir un enfoque basado en ontologías para la gestión de versiones de información de familia de productos a lo largo de su ciclo de vida. Esta propuesta plantea conceptos generales para la captura y representación de los cambios, independientemente del modelo de productos utilizado para la representación de estas familias. Asimismo, se presenta la aplicación del modelo propuesto en dos modelos de productos diferentes: la ontología de productos PRONTO (PRoduct ONTOlogy) y el modelo de características (FM -Feature Model).Palabras Clave: Versión de Producto, Variabilidad, Ontología, Familia de Productos, PRONTO, Product Lifecycle Management, Feature Model. IntroducciónLa administración del ciclo de vida de producto (PLM) es una actividad eficiente para gestionar toda la información relacionada con un producto desde su inicio, desarrollo, madurez, hasta su final [1]. Es importante gestionar la información de los productos en todas las fases de su vida debido a que un simple cambio en el mismo durante una determinada fase podría propagarse y afectar la consistencia e integridad de la información en el resto de las fases. Los sistemas PLM requieren soluciones robustas para representar de forma consistente los modelos de datos de producto y así poder intercambiarlos con otras organizaciones, stakeholders, procesos, etapas en el ciclo de vida.En muchos casos es necesario que un producto cambie con el propósito de dar soporte a diferentes segmentos del mercado, adoptar nuevas tecnologías, mejorar una 3º Simposio Argentino de Informatica Industrial, SII 2014 43

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Section: Introductionunclassified

Una ontología para la gestión de versiones de familias de producto

Sonzini¹,

Vegetti²,

Leone³

2015

Relainep

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“…An ontology-based approach for data integration in the context of PLM would be the best suited for the PLM's demanding requirements. [6] 3.5…”

Section: Data Integrationmentioning

confidence: 99%

“…Table 1 illustrates various types of data needed for the PLM product life stages. [1,6] This is only a minimal list of types of data. This research is likely to unearth a much greater list.…”

Section: Product Lifecycle Managementmentioning

confidence: 99%

A Holistic Approach for the Architecture and Design of an Ontology-Based Data Integration Capability in Product Master Data Management

Fitzpatrick

Coallier

Ratté

2012

Product Lifecycle Management. Towards Knowledge-Rich Enterprises

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Abstract. In the context of a broadened product lifecycle management environment, a traditional product information management, also referred to as product master data management (P-MDM) needs to be complemented by other MDM domains. Such MDM domains may include Customers, Financials, Suppliers, Human Resources, Events and other domains. To satisfy such a transversal set of requirements requires a true cross-enterprise semantic integration capability. This capability cannot be met by current off-the-shelf technologies. This paper proposes a research approach that would elicit the definition of a reference architecture and a multi-domain ontology, from research and development work performed notably in ontology engineering, in both academic and industry domains.Keywords. Product lifecycle management, product master data management, ontology-based data integration, data architecture, qualitative research

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“…Clearly a data highway is required. Matsokis and Kiritsis (2010) suggested that this presents a new sustainable frontier and puts forward Kiritsis's data management process called Product Life-Cycle Management (PLM) which proposed that product information can be collected and disseminated throughout an organisation. The package encompassed the use of Product Life-cycle Management (PLM) of usage, refurbishing, and disposal so that closed-loop life cycle management (CL2M) could be achieved, the objective of which is to continually improve design, manufacturing, use, and end-of-life handling of products maintaining the most efficient energy resource level.…”

Section: Data Feedbackmentioning

confidence: 99%

A Sustainability Total Management Model Applied to the Product Life Cycle

Johnson¹

2017

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In this worldwide consumer society the quest for new and more sophisticated products is ever present often leaving an unsustainable toll on the Earth's resources to the point where some commodities are reduced to levels of scarcity.The growing challenge for product creators is to provide new products that have the least impact on the environment. The need for sustainable products is growing annually but often product creators are either unwilling to engage or are uninformed as to how to engage with the sustainable creation processes. There is a requirement for a cohesive management strategy that can both inform industrialists and provide the tools for the implementation of a sustainable approach to product design and the product life cycle. This paper reviews several publications and builds on previous work (Johnson, Gibson, & Barrans, 2011), enhancing the commonly used Life Cycle Analysis (LCA) and creating a complete management strategy, which is the Sustainability Enhancement Program (SEP).This incorporates ISO Standards as an operating platform. Embodied Energy (Ashby, 2012) is used as a metric by SEP so that the value of energy input within any product can be measured and reduced in the future product iterations. Keywords: sustainability, Embodied Energy, ISO 14001, ISO 14040 Environmental Management IntroductionLife Cycle Analysis is generally used to describe the cycle from material sourcing through to end-of-life disposal for a product. The current proposal is to improve the life cycle analysis structure by adding three more elements: Sustainable Design, Sustainable Maintenance, and Sustainable Giveback. The whole of the product life cycle now comprises seven elements, listed below: sustainable sourcing sustainable design sustainable manufacture sustainable usage sustainable maintenance sustainable disposal sustainable giveback Maintenance has been applied since machinery was first used and is a standard method of improving the longevity of a product, and it has rarely been used as an implement to improve sustainability. extends the life of a product, thereby avoiding the procurement of new products and resources. The sourcing energy saved in prolonging the life of a product can be used to offset the energy used in creating the original product. This constitutes "Giveback" which can also include energy saved in recycling materials and reusing components. Giveback and maintenance have been the subject of previous work (Johnson et al., 2011). It has also been previously proposed that a metric of Embodied Energy should be used in order to quantify the value of sustainability in each phase of the life cycle.The design function is in a position to overview all seven life cycle elements of the product creation process and design-in features that will reduce Embodied Energy input. The design function is the only element in the entire life cycle that can manage and perform this task. Previous work (Johnson & Mishra, 2013) reported on a Total Design Control Management Strategy (TDCMS) was guided by the design pro...

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An ontology-based approach for Product Lifecycle Management

Cited by 171 publications

References 13 publications

Una ontología para la gestión de versiones de familias de producto

Una ontología para la gestión de versiones de familias de producto

A Holistic Approach for the Architecture and Design of an Ontology-Based Data Integration Capability in Product Master Data Management

A Sustainability Total Management Model Applied to the Product Life Cycle

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