Computing an Ontological Semantics for a Natural Language Fragment
Publication: Research › Ph.d. thesis – Annual report year: 2010
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Computing an Ontological Semantics for a Natural Language Fragment. / Szymczak, Bartlomiej Antoni; Nilsson, Jørgen Fischer (Supervisor); Jensen, Per Anker (Supervisor).
Kgs. Lyngby, Denmark : Technical University of Denmark (DTU), 2010. 295 p. (IMM-PHD-2010; No. 242).Publication: Research › Ph.d. thesis – Annual report year: 2010
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TY - BOOK
T1 - Computing an Ontological Semantics for a Natural Language Fragment
A1 - Szymczak,Bartlomiej Antoni
AU - Szymczak,Bartlomiej Antoni
A2 - Nilsson,Jørgen Fischer
A2 - Jensen,Per Anker
ED - Nilsson,Jørgen Fischer
ED - Jensen,Per Anker
PB - Technical University of Denmark (DTU)
PY - 2010
Y1 - 2010
N2 - The key objective of the research that has been carried out has been to establish theoretically sound connections between the following two areas: • Computational processing of texts in natural language by means of logical methods • Theories and methods for engineering of formal ontologies We have tried to establish a domain independent “ontological semantics” for relevant fragments of natural language. The purpose of this research is to develop methods and systems for taking advantage of formal ontologies for the purpose of extracting the meaning contents of texts. This functionality is desirable e.g. for future content–based search systems in contrast to today’s keyword based search systems (viz., Google) which rely chiefly on recognition of stated keywords in the targeted text. Logical methods were introduced into semantic theories for natural language already during the 60’s in what is today known as Montague semantics. However, this well–established tradition addresses mainly the domain independent logical structures of language such as quantifiers/determiners by means of logic [18], such as type theory [2]. By contrast this project focuses on the domain–specific parts of language (nouns, verbs, adjectives) introducing formal so–called generative ontologies as semantic target domains for noun– and verb phrases. Such a logico–semantic theory links the meaning of a sentence phrases to nodes in the chosen ontology for the domain.
AB - The key objective of the research that has been carried out has been to establish theoretically sound connections between the following two areas: • Computational processing of texts in natural language by means of logical methods • Theories and methods for engineering of formal ontologies We have tried to establish a domain independent “ontological semantics” for relevant fragments of natural language. The purpose of this research is to develop methods and systems for taking advantage of formal ontologies for the purpose of extracting the meaning contents of texts. This functionality is desirable e.g. for future content–based search systems in contrast to today’s keyword based search systems (viz., Google) which rely chiefly on recognition of stated keywords in the targeted text. Logical methods were introduced into semantic theories for natural language already during the 60’s in what is today known as Montague semantics. However, this well–established tradition addresses mainly the domain independent logical structures of language such as quantifiers/determiners by means of logic [18], such as type theory [2]. By contrast this project focuses on the domain–specific parts of language (nouns, verbs, adjectives) introducing formal so–called generative ontologies as semantic target domains for noun– and verb phrases. Such a logico–semantic theory links the meaning of a sentence phrases to nodes in the chosen ontology for the domain.
BT - Computing an Ontological Semantics for a Natural Language Fragment
T3 - IMM-PHD-2010
T3 - en_GB
ER -