GRAI Grid Decisional Modelling

Doumeingts, Guy; Vallespir, Bruno; Chen, David

doi:10.1007/978-3-662-03526-9_14

Cited by 67 publications

(34 citation statements)

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“…He classified value stream mapping (Womack and Jones, 2003, Duggan, 2003, Lee, 2005, Hines et al, 2004 and all the process mapping tools such as process activity maps Nick, 1997, Bicheno, 2000), Customer maps (Bicheno, 2000, Hines andNick, 1997), product variety maps (Bicheno, 2000), cost flow maps (Bicheno, 2000, Hines and Nick, 1997, Hines et al, 2004, etc as flow diagram charts. IDEF0 (Icam DEFinition Zero) (NIST, 1993), SADT (Structured Analysis and Design Technique) (Marca and McGowan, 1988) and SSADM (Structure System Analysis and Design Method) (Ashworth, 1988) were classified as structured systems whilst GRAI (Graphes a` Resultats et Activite´ s Interrelie´ s) (Doumeingts et al, 1998) , CIMOSA (Open System Architecture for CIM) (Kosanke, 1996, AMICE, 1993, Vernadat and Berio, 1999, PERA (Purdue Enterprise Reference Architecture) (Williams, 2002) and the other enterprise modelling tools were classified as architectural systems.…”

Section: Some Advances In Digital Factory Design Methodsmentioning

confidence: 99%

Resource selection ontologies in support of a recipe-based factory design methodology

Agyapong-Kodua

Haraszkób

Németh

2014

International Journal of Production Research

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Factory (re) design involves the appropriate utilisation of product, process and resource knowledge in the determination of suitable configurations of physical factory facilities which have the potential to meet industrial and organisational requirements. Different independent semantic modelling standards exist for products, processes and resources but to automate and facilitate the selection of factory resources, there is the need to semantically integrate resource capabilities with product and process requirements. This paper defines a 'recipe-based' approach to designing factories and it is based on the assumption that capabilities and competences of reusable components (or building blocks) of factory resources can be semantically modelled and matched with product-process requirements. This approach will enable Factory Designers and Engineers to decide on relevant resource systems within finite, valuable and defined sets of requirements.

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Section: Some Advances In Digital Factory Design Methodsmentioning

confidence: 99%

Resource selection ontologies in support of a recipe-based factory design methodology

Agyapong-Kodua

Haraszkób

Németh

2014

International Journal of Production Research

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“…For example, Fig. 2 shows in a simplified form (using the GRAI-Grid [25] formalism) a possible TO-BE decisional / organisational structure of an EMS seen as an integrated add-on of the VO management system. This approach enables the organisation to manage, benchmark and improve its environmental performance in an integrated manner (i.e.…”

Section: Application To the Environmental Management Projectmentioning

confidence: 99%

Towards an Environmental Management Approach for Collaborative Networks

Noran¹

2010

IFIP Advances in Information and Communication Technology

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Abstract. Environmental responsibility is evolving into a crucial aspect of strategic management as regulations are expected to tighten significantly in the near future following the need to mitigate the effects of climate change. Many businesses react to this challenge by implementing environmental reporting and management systems. However, often the environmental programme is not properly integrated in the overall business strategy and the management does not have timely access to appropriate environmental information. Moreover, within collaborative networks (CNs) the environmental management (EM) effort should be coordinated amid partners to achieve a much needed synergy and also enable prompt deployment of the required EM artefacts within the virtual organisations (VOs) created. This paper attempts to show a possible way to integrate environmental management (EM) into the VOs set up by the CN participants by using an Enterprise Architecture (EA) life cycle-based approach.

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“…[3,4]. We can cite, for example, the ICAM Definition (IDef) family which includes several modeling languages (Idef-0 and other) [5], CIM Open System Architecture (CIMOSA proposing different views of the enterprise: functional, informational, resource and organization) [6], GRAI and GRAI-GIM (GRAI Integrated Methodology is a methodology for the design and analysis of production systems, and more particularly decision systems, in an enterprise) [7], Process Specification Language (PSL) [8,9], TOronto Virtual Enterprise (TOVE) [10], Business Process Modeling Language (BPML) [11], Aris [12], some reference models, such as Purdue Enterprise Reference Architecture (PERA) [13] or Generalized Enterprise Reference Architecture and Methodology (GERAM) [14,15] and some standards [16][17][18]63,64].…”

mentioning

confidence: 99%