ontology-based supply chain process configuration
DESCRIPTION
Zdravković. M., Trajanović, M., Panetto, H., Lezoche, M., Aubrey, A., Sep. 2011. "Ontology-based supply chain process configuration", In: Trajanović, M. (Ed.), Proceedings of the 34th International Conference on Production Engineering. pp. 399-402.TRANSCRIPT
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Ontology-based Supply Chain configuration
Zdravković, M., Trajanović, M.
ICPE 2011
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ConceptsConcepts are related to other concepts
Concepts are combined into propositions
Propositions are clustered into mental models
… when concepts are specified, what we get is…
Ontology
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Concepts∃s (student(s)), p (person(p)), c (computer(c)),...∃ ∃
Propositions (statements)∀s (student(s)) => person(s)
∃s f (student(s) ∃ ∧ facebook(f) ∧ knowsHowToUse(s,f))
∃s i (student(s) ∃ ∧ internet(i) ∧ knowsHowToUse(s,i))
∃s c (student(s) ∃ ∧ computer(c) ∧ knowsHowToUse(s,c))
Mental models (rules)∀s (student(s) ∧ facebook(f) ∧ knowsHowToUse(s,f)) ⇒
i∃ (internet(i) ∧ knowsHowToUse(s,i))
∀s (student(s) ∧ internet(i) ∧ knowsHowToUse(s,i)) ⇒ c∃ (computer(c) ∧ knowsHowToUse(s,c))
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Incompatibility of business objectives
Increasing complexity and heterogeneity of systems
Isolated business functions
Supply Chain Challenges
Interoperability
Common practices
System-wise decision making
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SCOR (Supply Chain Operations
Reference)• Standard approach for analysis,
design and implementation of changes required for the improvement of five core, integrated processes in supply chains: plan, source, make, deliver and return
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Knowledge sources and types
SCOR-FULL OWL
SCOR-SYS OWL
SCOR-KOS OWL
SCOR Native formats, Exchange
formats
DomainOntologies
Implicit semantics
Explicit semantics
Semantic enrichment
Formal models of design goals
Semantic applications
Enterprise Information
Systems
SCOR-based systems
EIS database
LOCAL ONTOLOGY
EIS database
LOCAL ONTOLOGY
EIS database
LOCAL ONTOLOGY
SCOR- MAP
SCOR-CFG OWL
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1. Product information acquisition (principal product topology and manufacturing strategies for each of the components)
1. Product information acquisition (principal product topology and manufacturing strategies for each of the components)
2. Production information assertion (to SCOR-CFG OWL model)
2. Production information assertion (to SCOR-CFG OWL model)
3. Generation of SCOR thread diagram3. Generation of SCOR thread diagram