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eLibrary > BS EN IEC 63339:2024 Unified reference model for smart manufacturing >

BS EN IEC 63339:2024 Unified reference model for smart manufacturing, 2024

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BS EN IEC 63339:2024 Unified reference model for smart manufacturing, 2024

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European foreword
Endorsement notice [Go to Page]
English [Go to Page]
CONTENTS
FOREWORD
INTRODUCTION
Figures [Go to Page]
Figure 1 – Using URMSM
1 Scope
2 Normative references
3 Terms, definitions, abbreviated terms, acronyms and conventions [Go to Page]
3.1 Terms and definitions
3.2 Abbreviated terms and acronyms
3.3 Conventions
4 Conformance [Go to Page]
4.1 Intended usage
4.2 Full conformance
4.3 Partial conformance [Go to Page]
4.3.1 Conformance to purpose and context requirements
4.3.2 Conformance to dimensions and coherence
4.3.3 Conformance to semantic modelling of aspects
4.3.4 Conformance to facets and frameworks
5 The URMSM in smart manufacturing concepts
6 Reference model concepts [Go to Page]
6.1 SM modelling
6.2 Modelling purpose
6.3 Modelling dimensions
6.4 Dimension coherence
6.5 Stakeholders
6.6 Concerns
6.7 Use case
6.8 Viewpoints and views
6.9 Perspectives [Go to Page]
6.9.1 Use of perspective
6.9.2 Stakeholder perspectives
6.9.3 Analytical framework
6.10 Aspects
6.11 Life cycle modelling
6.12 SM semantic modelling [Go to Page]
6.12.1 Semantic modelling overview
6.12.2 Forms of semantic representation
6.12.3 Granularity of semantic models
7 Dimensions of URMSM [Go to Page]
7.1 Identifying aspect interactions of smart manufacturing
7.2 Specifying modelling dimensions [Go to Page]
7.2.1 Collections of aspects as dimensions of smart manufacturing
7.2.2 Collections of dimensions as an analytical framework for smart manufacturing
7.2.3 Collections of life cycle phases as dimensions of smart manufacturing
7.3 Using a semantic model for analytical reasoning in smart manufacturing
7.4 Selecting facet dimensions based upon concerns
Figure 2 – SM standard developer perspective of facet reuse
7.5 Identify meaningful dimension interactions
Figure 3 – Projection steps for standards developers
7.6 Frameworks as visualizations of interactions
Figure 4 – A one dimensional framework representation
Figure 5 – A two dimensional framework representation
Figure 6 – Nested processes (centre oval) and user members (right)
8 Using the URMSM [Go to Page]
8.1 Utility of a reference model for smart manufacturing
8.2 Industry specific application of the URMSM
8.3 Specializing URMSM [Go to Page]
8.3.1 Specific utilization of the URMSM and rules for derivatives of SMRMs
Figure 7 – URMSM abstraction stack [Go to Page]
8.3.2 Manipulating reference models to match purpose
9 Use cases of the URMSM [Go to Page]
9.1 Analysis use case [Go to Page]
9.1.1 Examining interactions at intersections of aspects
9.1.2 Examining interactions near intersections of aspects
9.1.3 Inserting new capabilities to analyse
9.2 Synthesis use case [Go to Page]
9.2.1 Identifying necessary coverage of aspect interactions
9.2.2 Sequencing activities based upon dependencies
9.3 Simulation in SMRM
9.4 Implementation use case
Figure 8 – Example of a model for use case #1
10 Family of reference models based upon the URMSM [Go to Page]
10.1 A base of essential SM modelling dimensions
Figure 9 – Diversified smart manufacturing systems expected from different stakeholders
10.2 Re-arranging framework dimensions
10.3 Complementary frameworks for same situation
10.4 Using multiple SMRMs to achieve purpose
Figure 10 – Basic structure for a family of SMRM with alternative 3D representations
Annex A (informative) Concept areas of SM [Go to Page]
A.1 Aspects of production and products
A.2 Perspectives of production and products stakeholders
A.3 Lifecycle considerations
A.4 Modelling of products and production using semantic models
Figure A.1 – SM contextual relationships
A.5 Semantic models
Figure A.2 – Semiotic Triangle with 3 semiotic domains and 3 morphisms (relations between pairs of semiotic domain artefacts)
Figure A.3 – Product standards catalogue concept model
Annex B (informative) Formal Foundation for URMSM [Go to Page]
B.1 Modelling framework for URMSM [Go to Page]
B.1.1 Formalism caveat
B.1.2 Modelling framework formalism
B.1.3 Using a URMSM framework
B.1.4 Semantic models of dimensions composed of aspects
Figure B.1 – Semantic model scenario dimensions
Tables [Go to Page]
Table B.1 – Semantic model scenario
Figure B.2 – Semantic model scenario as relationship graph
Table B.2 – Semantic model scenario as N-squared diagram
Table B.3 – Semantic model scenario Direct Intersections
Table B.4 – Semantic model scenario Indirect Interactions
Annex C (informative) Positioning URMSM among reference models [Go to Page]
C.1 Positioning URMSM among reference models
Figure C.1 – Example of cascading reference models
Annex D (informative) Meta-model for reference model analysis [Go to Page]
D.1 Meta-model analysis
D.2 Using a meta-model [Go to Page]
D.2.1 General
D.2.2 Assumptions, constraints and guidance
D.2.3 Concepts
Figure D.1 – Meta-model for SMRM
Annex E (informative) Principles of semantic modelling [Go to Page]
E.1 Top level conceptual model
Figure E.1 – Top level conceptual model "The Semiotic Triangle"
Figure E.2 – Knowledge Ontology (K-Pyramid) explained by the three coloured corners of the Semiotic Triangle (Concept || Symbol || Phenomenon)
E.2 Semiotic conceptual model
Figure E.3 – I4.0 Methodology / Theory of Data: Flattening the knowledge/data pyramid
Figure E.4 – Cyclic semiotic relationships (morphisms)
Figure E.5 – A first high level consolidation of interactions (I) –including IIoT Control Structure
Figure E.6 – Composition of SM knowledge from different SM domains
E.3 Top level model domains
Figure E.7 – Top level concept model for model domain
Figure E.8 – Natural aspect concept model – dynamics
Annex F (informative) Practitioner’s modelling activity in a systematic usage of URMSM [Go to Page]
F.1 Use case derivation of concerns, aspects, and perspectives
Figure F.1 – Utilization of the URMSM through a modelling activity of SM practitioners
Figure F.2 – Projection steps for SM practitioners
F.2 Relationship between aspects on a dimension and model contents [Go to Page]
F.2.1 General
F.2.2 Implication of the dimension of lifecycle
F.2.3 Implication of the dimension of smart technology
Figure F.3 – Relationship between aspects on a dimension and model contents [Go to Page]
F.2.4 Implication of the dimension of enterprise hierarchy
F.2.5 Implication of the dimension of capability level
F.3 Concept of step-by-step approach [Go to Page]
F.3.1 Formalism caveat
Figure F.4 – Potential problem of the modelling activity by SM practitioners [Go to Page]
F.3.2 Practical procedure
Figure F.5 – Step-by-step approach
Annex G (informative) Use case: Value stream [Go to Page]
G.1 Overview
G.2 Conveyor system project
G.3 SM use case
Figure G.1 – Product model interactions
G.4 Dimensions [Go to Page]
G.4.1 Information in context
G.4.2 Dimension coherence using semantic models
G.4.3 Interactions between dimensions
G.4.4 Dimension S – The supply chain
G.4.5 Dimension C – Product/production system design
G.4.6 Dimension D – Production system
G.4.7 Dimension H – Operations management (shown within the production systems dimension D)
G.4.8 Dimension I – Control/process level 1 (shown within Dimension D)
Figure G.2 – Production System Dimension D
G.5 Project flow and interaction [Go to Page]
G.5.1 Product concept (Ctx) quotation
G.5.2 Product order process
G.5.3 New product concept(Ctx) quotation
G.5.4 Interaction matrix
Table G.1 – Interaction matrix
Bibliography [Go to Page]

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