Semantic Information Modeling In Formalized Languages
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Semantic Information Modeling in Formalized Languages
Semantic modeling in a formalized language provides a route towards the benefits of universal data exchange, data integration and interoperability of systems. Its application will also reduce the need for and cost of data conversions. Using a formal language enables expressing information and knowledge, including also possibilities, requirements and definitions in a system independent, unambiguous, human as well as computer interpretable way. The book describes Formal English and other members of the Gellish family of formalized languages. It also describes their formal taxonomic dictionaries and gives guidance on creating how high quality information models that can be read by any computer application that can interpret and operate on expressions in the formal language. The book also describes a Gellish expression format and syntax for storing and exchanging information and thus provides a method for the creation of universal semantic databases and for data communication in a common language.
Semantic Information Modeling Methodology
This book describes a methodology for enabling interoperability of systems by modeling information such that it can be queried, stored and exchanged between systems in a system independent way. It is based on the use of formalized natural languages and provides guidance on the modeling of definitions, knowledge and requirements as well as modeling of individual products and processes.
Taxonomic Dictionary of Relations
This is a taxonomic dictionary, which means that the defined concepts are arranged in a strict subtype-supertype hierarchy, also called a taxonomy. The dictionary defines kinds of relations that are usually not found in conventional dictionaries. A number of the kinds of relations are also defined in various ISO and non-ISO standards. Kinds of relations are widely used in information modeling and database design and for making expressions in formal languages as well as in RDF or OWL based data exchange messages and triple stores. This dictionary is a basic section of a much larger electronic ontological dictionary that defines the Gellish family of formalized languages, especially Formal English. Formal languages are meant for storing, searching and finding information by expressing and exchanging queries and information in a computer interpretable and system independent way.