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The objectives of Semantic Information Modeling are to enable:
- Interoperability of systems and information integration, through
System independent information models
A standardized formal language for expressing information, knowledge and requirements
A universal data exchange format
Natural language independency and automated translation
- Applying logic reasoning on data, knowledge and requirements, for
Intelligent searching (Queries)
Computer augmented design, fabrication and maintenance
Computer augmented verification of requirements
This website introduces:
- A methodology for Semantic Information Modeling.
- The definition of Formal English, Formal Dutch and other formalized natural language variants.
Registered users have access to
- A wiki guide on the development of Semantic Information Models in Formal English using the Gellish Semantic Modeling Methodology.
The webshop offers:
- Taxonomic Dictionary-Ontology
The taxonomic dictionary-ontology is a downloaded together with a search engine application and a user guide. It can be installed on Windows PC's to search for terms and relation types and to navigate through the network of related concepts.
The database consists of the concepts, vocabulary and definition that defines Formal English or Formal Dutch (Formeel Nederlands).
- The book 'Taxonomic Dictionary of Relations' provides definitions of kinds of relations and their denoting phrases and inverse phrases. The relation types form the core of the definition of the Gellish Family of Formal Languages. The relation types are also suitable to be used as standard kinds of relations (properties) in RDF/OWL based data exchange.
Also available as eBook:
- Formalized Natural Languages, Definition and Application of Universal Information Modeling Languages (2014). This is the 2nd edition of 'Gellish, a Generic Extensible Ontological Language' (2005); PhD, Delft University of Technology.
- Licenses for the Gellish Semantic Modeling Methodology and for the Formal English definition, giving:
- The latest versions of the basic Ontology and Domain Dictionaries-Taxonomies
- The protected part of the knowledge base and Wiki
- Free of charge access to the purchasable documents
- 10% reduction on the purchasable software
- Help desk support for a maximum of 10 '10 minute' requests per year
- Processing of 10 requests for Domain Dictionary-Taxonomy extensions or enhancements per year
- Guides on the application of the Gellish Semantic Modeling Methodology:
- Part 1: Architecture of Information Models - a generic architecture for integration of information, knowledge and requirements about facilities and their operation
- Part 1A: Principles and Guidelines on Semantic Modeling
- Part 2: Development of electronic Dictionaries & Taxonomies
- Part 3A: Knowledge Modeling
- Part 3B: Specification of Requirements and Verification of Deliverables
- Part 4: Facility Information Management using Facility Information Models (incl. BIM)
- Part 5: Modeling of Activities and Processes
- Part 6: Creation of Facility Information Models and Product Models
- Part 7: Modeling of Rules and Regulations (in preparation)
- Part 8: Integration of Product Models in 1D, 2D and 3D (data, drawings and 3D-models)
- Part 9: Modeling of Measurements and Observations
- Information Management Guide