Towards a PLM Interoperability for a Collaborative Design Support System

Penciuc, Diana; Durupt, Alexandre; Belkadi, Farouk; Eynard, Benoît; Rowson, Harvey

doi:10.1016/j.procir.2014.10.051

Cited by 38 publications

(20 citation statements)

References 21 publications

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“…An extended enterprise is defined as a particular case of a virtual enterprise, which arises when an organization "extends" its boundaries to all or some of its supply chain stakeholders [1]. Due to the growing complexity of products, their variability and the continuous transformation of customer needs, product lifecycle has become increasingly challenging, requiring collaboration between heterogeneous teams, holding expertise in different fields [20]. Internally, collaboration among associated departments, such as marketing, development and production, is the most crucial factor in the successful on-time delivery of new products to market, which is one of PLM goals [21].…”

Section: Collaboration In Plmmentioning

confidence: 99%

A PLM Vision for Circular Economy

Oliveira

Soares

2017

Collaboration in a Data-Rich World

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Due to growing concerns with sustainability issues and the emergence of the Circular Economy (CE) paradigm, combined with recent technological changes and consequent increase in competitiveness, there is a pressing need to redefine the Product Lifecycle Management (PLM) approach. PLM needs to incorporate aspects that would enable the shift to this paradigm, such as enhanced collection and evaluation of information coming from production processes, distribution, retail, consumers, and collaboration in an extended enterprise context, by implementing enabling technologies such as the Internet of Things (IoT) and Big Data. This paper proposes a vision, based on the state of the art, for a CE enabled PLM, having the Portuguese footwear industry scenario as a reference.

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Section: Collaboration In Plmmentioning

confidence: 99%

A PLM Vision for Circular Economy

Oliveira

Soares

2017

Collaboration in a Data-Rich World

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“…In the manufacturing field, ontology is still in its research stage [8], lacking a clear definition of the working area. This working area can include small areas belonging to the product's manufacturing cycle like design or machining or it can include the whole manufacturing process.…”

Section: On the Concept Manufacturing Ontologymentioning

confidence: 99%

“…Studies regarding the manufacturing ontology in relation to the PLM can be found in papers like [8][9][10][11][12], each aiming for a certain stage of the PLM like Design/Development, machine selection, assembly, etc.…”

Section: On the Concept Manufacturing Ontologymentioning

confidence: 99%

Manufacturing ontology through templates

2017

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Abstract. The manufacturing industry contains a high volume of knowhow and of high value, much of it being held by key persons in the company. The passing of this know-how is the basis of manufacturing ontology. Among other methods like advanced filtering and algorithm based decision making, one way of handling the manufacturing ontology is via templates. The current paper tackles this approach and highlights the advantages concluding with some recommendations.

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“…Doumbouya et al [7] proposed the levels of interoperability that follows standards for Identifiers, Messaging/Information exchange, structure and content. Diana et al [8] proposed a model enabling the interoperability between PLM and external engineering products, with respect to coherence concern. Maya et al [9] proposed a heterogeneous node of Meta model container and it associated with nine tuple node information and description structure, deigning the metadata extension mechanism in order to support common attributes and discrepant information.…”

Section: Related Workmentioning

confidence: 99%

An Ideal Design and Way Out for Various Service Interoperability and Integration in Open Cloud Environment

Rahunathan¹,

Tamilarasi²,

Sivabalaselvamani³

2017

CAE

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Docker hub is cloud based repository which might include the integration of the activities like code repositories, create images on own and store manually created images into the docker cloud likewise Freight is a fully distributed application environment designed from the ground up to specialize in connecting existing cloud services. End Users will mostly experience Freight through prebuilt solutions that make cloud integration problems vanish. Power Users will mostly experience Freight through the point-and-click Plan Builder, the easiest and most powerful tool for assembling cloud business processes. For developers, though, there's a vast subterranean world to benefit from. Freight is the first cloud integration system that is built from the ground up for fully distributed operation. Each Activity in a Plan can be hosted, operated, upgraded, modified, and secured by a different Terminal running on a different platform in a different physical location and written in a different language. All communication is done through simple HTTP endpoints, and all data is JSON. This creates a system with many advantages.

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Towards a PLM Interoperability for a Collaborative Design Support System

Cited by 38 publications

References 21 publications

A PLM Vision for Circular Economy

A PLM Vision for Circular Economy

Manufacturing ontology through templates

An Ideal Design and Way Out for Various Service Interoperability and Integration in Open Cloud Environment

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