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In future manufacturing ecosystems1, the principles of systems engineering and enterprise modelling are envisioned as the most important principles for the development of a product or service. It means a using a framework for modelling Service System and then elaborating languages to build the models. Such models will guide innovation and reduce the costs derived from miscommunications and misconceptions.
The proposed multiple-part standard specifies requirements to model services both within and between operational environments of manufacturing enterprises. This Part 1 defines a Service Modelling Language (SML) at Business Service Modelling (BSM) level for the design and implementation of service system in a Virtual Manufacturing Enterprise environment. Other parts are planned to address SML
requirements at Technology Independent Modelling (TIM) and Technology Dependent Modelling (TDM) levels. The Model Driven Service Engineering Architecture (MDSEA) acts as a framework for the proposed service modelling language.
Industry Architecture 'Standards' currently used for SML are:
- MDA – Model Driven Architecture, an open framework, http://www.omg.org/mda/
- MDI: Model Driven Interoperability; Available at: http://www.modelbased.net/mdi/
A Model Driven Service Engineering Architecture (MDSEA) is elaborated on the basis of MDA/MDI above to allow supporting the modelling the three types of service system components - IT, Human and Physical Means[1]. MDSEA can be considered as adaptation and extension of MDA/MDI to the engineering of product related services in virtual manufacturing enterprise environment
The proposed Service Modelling Language (SML) elaborated under MSEE [1], is concerned with the operational interworking of manufacturing enterprise processes and the interoperability of supporting software applications. The language starts with the user view at the BSM level focusing on the aspects of business process, decision making and information. It prepares for the link to the software development to make the models executable via transformation of models between the modelling levels SML is defined by a set of modeling concepts/constructs with identified interrelationships between the constructs. Construct(s) can be represented by: (a) graphical representation, (b) template description, and (c) text. A template will contain a header part to identify a construct instance, and a body part to describe the particular instance with descriptive and relationship attributes [1].
1 Project vision of MSEE Manufacturing Service Ecosystems project, an FP7 Collaborative project under the theme FoF-ICT-
2011.7.3, www.msee-ip.eu
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Darbības sfēra
In future manufacturing ecosystems1, the principles of systems engineering and enterprise modelling are envisioned as the most important principles for the development of a product or service. It means a using a framework for modelling Service System and then elaborating languages to build the models. Such models will guide innovation and reduce the costs derived from miscommunications and misconceptions.
The proposed multiple-part standard specifies requirements to model services both within and between operational environments of manufacturing enterprises. This Part 1 defines a Service Modelling Language (SML) at Business Service Modelling (BSM) level for the design and implementation of service system in a Virtual Manufacturing Enterprise environment. Other parts are planned to address SML
requirements at Technology Independent Modelling (TIM) and Technology Dependent Modelling (TDM) levels. The Model Driven Service Engineering Architecture (MDSEA) acts as a framework for the proposed service modelling language.
Industry Architecture 'Standards' currently used for SML are:
- MDA – Model Driven Architecture, an open framework, http://www.omg.org/mda/
- MDI: Model Driven Interoperability; Available at: http://www.modelbased.net/mdi/
A Model Driven Service Engineering Architecture (MDSEA) is elaborated on the basis of MDA/MDI above to allow supporting the modelling the three types of service system components - IT, Human and Physical Means[1]. MDSEA can be considered as adaptation and extension of MDA/MDI to the engineering of product related services in virtual manufacturing enterprise environment
The proposed Service Modelling Language (SML) elaborated under MSEE [1], is concerned with the operational interworking of manufacturing enterprise processes and the interoperability of supporting software applications. The language starts with the user view at the BSM level focusing on the aspects of business process, decision making and information. It prepares for the link to the software development to make the models executable via transformation of models between the modelling levels SML is defined by a set of modeling concepts/constructs with identified interrelationships between the constructs. Construct(s) can be represented by: (a) graphical representation, (b) template description, and (c) text. A template will contain a header part to identify a construct instance, and a body part to describe the particular instance with descriptive and relationship attributes [1].
1 Project vision of MSEE Manufacturing Service Ecosystems project, an FP7 Collaborative project under the theme FoF-ICT-
2011.7.3, www.msee-ip.eu
