Intelligence Semantics

Semantic Web and Model-Driven Engineering by Fernando Silva Parreiras(auth.)

By Fernando Silva Parreiras(auth.)

Content material:
Chapter 1 creation (pages 1–8):
Chapter 2 Model?Driven Engineering Foundations (pages 9–20):
Chapter three Ontology Foundations (pages 21–43):
Chapter four Marrying Ontology and Model?Driven Engineering (pages 44–59):
Chapter 4a end of half I (page 61):
Chapter five The TwoUse Conceptual structure (pages 63–77):
Chapter 6 question Languages for built-in versions (pages 78–85):
Chapter 7 The TwoUse Toolkit (pages 86–93):
Chapter 7a end of half II (page 95):
Chapter eight bettering software program layout styles with OWL (pages 97–111):
Chapter nine Modeling Ontology?Based details platforms (pages 112–123):
Chapter 10 permitting associated information features to MOF Compliant versions (pages 124–135):
Chapter 10a end of half III (page 137):
Chapter eleven Model?Driven Specification of Ontology Translations (pages 139–155):
Chapter 12 automated iteration of Ontology APIs (pages 156–170):
Chapter thirteen utilizing Templates in OWL Ontologies (pages 171–183):
Chapter 13a end of half IV (page 185):
Chapter 14 end (pages 187–190):

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Additional info for Semantic Web and Model-Driven Engineering

Example text

OWL 2 is fully compatible with OWL-DL and extends the latter with limited complex role inclusion axioms, reflexivity and irreflexivity, role disjointness, and qualified cardinality restrictions. The OWL 2 Metamodel is considerably different from the aforementioned metamodels for OWL. Constructs like Axiom and OWLEntity play central roles and associations between classes and properties are done by axioms. 10 exemplify such constructs. SWRL Metamodel. 11) is an extension of the OWL 2 Metamodel to provide support for OWL Rules.

C How does one allow declarative specifications of templates and tools to test these template specifications and realizations? CH A P TE R 2 MODEL-DRIVEN ENGINEERING FOUNDATIONS This chapter discusses the state of the art for model-driven engineering. We inspect approaches, abstractions, and techniques constituting MDE, describe them with respect to their concepts and relationships, and investigate the conceptual structure that underpins MDE in this state-of-the-art review. The result is a static structural model represented by UML class diagrams.

In contrast to GPML, domain-specific modeling languages (DSML) capture the essential concepts of a limited domain. They address specific applications. An Example of DSML is the W3C HyperText Markup Language (HTML). According to Atkinson and Kühne [7], a language definition covers four components: (i) an abstract syntax, realized by metamodels in MDE; (ii) a concrete syntax that renders the concepts defined in the metamodel; (iii) well-formedness, defined by constraints on the abstract syntax; and (iv) the semantics describing the meaning of the concepts.

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