Ontologies and Controlled Vocabulary: Comparison of Building Methodologies

Ontologies and Controlled Vocabulary: Comparison of Building Methodologies

Daniela Lucas da Silva (Universidade Federal do Espírito Santo, Brazil), Renato Rocha Souza (Fundação Getúlio Vargas, Brazil) and Maurício Barcellos Almeida (Universidade Federal de Minas Gerais, Brazil)
DOI: 10.4018/978-1-61350-456-7.ch104
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This chapter presents an analytical study about methodology and methods to build ontologies and controlled vocabularies, compiled by the analysis of a literature about methodologies for building ontologies and controlled vocabularies and the international standards for software engineering. Through theoretical and empirical research it was possible to build a comparative overview which can help as a support in the defining of methodological patterns for building ontologies, using theories from the computer science and information science.
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The organization of information has increasingly became a crucial process as the volume of information available has exponentially increased, sometimes resulting in the chaotic information collections. In this sense, a lot of research has been made (Lancaster, 1986; Gruber, 1993; Berners-Lee, Hendler & Lassila, 2001) aiming at the construction of mechanisms for the organization of information with the sole objective of improving the efficacy of the information retrieval systems.

This fact contributes to the attention paid to the ontologies, which are originated in the theoretical field of Philosophy (Corazzon, 2008) and are researched and developed as a tool for the representation of knowledge in Computer and Information Sciences. For the Information Science, the ontologies are of interest because of their potential to organize and represent information (Vickery, 1997). According to Almeida & Barbosa (2009), the ontologies can improve the information retrieval processes as they organize the content of the data sources in a specific domain.

Gruber (1993) presents a definition which is widely accepted by the ontology community: “an explicit specification of a conceptualization” (Gruber, 1993, p. 2), where “explicit specification” would be related to concepts, properties and explicitly defined axioms; and “conceptualization” regards an abstract pattern of any real world phenomenon. As components of ontology (Gómez-Pérez, Fernández, & Vicente, 1996; Gruber, 1993), there are: a) conceptual classes which organize the concepts of a domain in a taxonomy; b) class attributes, which are relevant properties of the concept; c) instances, which are used to represent objects specific to a context; d) attributes of instances, which are relevant properties used to describe the instances of a concept; e) relationships between classes, which represent the type of interaction between the concepts of a domain; f) invariants, which always have the same values and are generally used in standards or formulations to infer knowledge in ontology; g) terms, which design the concepts of a domain; h) formal axioms, which limit the interpretation and usage of the concepts involved in the ontology; and i) standards, which determine conditions to the domain besides inferring values for attributes.

This chapter proposes an analytical study on methodologies and methods used for ontology building more commonly found in the literature and methodologies and standards designed to build controlled vocabulary, in order to delineate a comparative overview about the construction of such instruments. Such panorama can contribute to the definition of methodological standards for the construction of ontologies through the integration of theoretical and methodological principles from the Information and Computer Sciences as well as from contributions of known methodologies and methods employed to build ontologies and controlled vocabularies.

In order to accomplish the task proposed, the methodological steps taken in the research were the following: i) the identification and selection of documents referring to the subject methodologies for ontology building; ii) the identification and selection of methodologies for ontology building discussed in them; iii) the identification and selection of standards for the construction of controlled vocabulary; iv) the definition of content analysis categories in order to collect data relevant to the research; and v) the comparative analysis of the methodologies, methods and standards.

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