Supporting ontology development with ODEd

Mian, Paula Gomes; Falbo, Ricardo de Almeida

doi:10.1590/s0104-65002003000300005

Cited by 9 publications

(12 citation statements)

References 21 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…From an analysis of studies related to ontologies [36][37][38][39][40][41], it was observed that some ontology characteristics are suitable for software component retrieval, as they allow capturing domain semantics and recommending interrelated software components. Thus, ontology-based metadata were incorporated.…”

Section: Ontology -Based Meta-model For Storage and Retrieval Of Softmentioning

confidence: 99%

“…Thus, ontology-based metadata were incorporated. The incorporated metadata were identified from elements belonging to the ontology creation language Web Ontology Language [39,40] and were also based on the domain layer model of the ODEd ontology editor [37,38]. Both ODEd and Web Ontology Language (OWL) support basic ontology elements and allow the definition of formal axioms that provide richer semantics to ontologies.…”

Section: Ontology -Based Meta-model For Storage and Retrieval Of Softmentioning

confidence: 99%

“…In order to provide relationships with richer semantics, axioms that would contribute toward software component retrieval were investigated. In [38] [40] [41] a series of axioms are presented, some of which are considered relevant, namely, generalization/specialization, disjunction, inverse and whole-part associations. Thus, entities can have super-entities and sub-entities, and can be disjoint with other entities.…”

Section: Ontology -Based Meta-model For Storage and Retrieval Of Softmentioning

confidence: 99%

See 2 more Smart Citations

An Experiment in Software Component Retrieval based on Metadata and Ontology Repository

Singh

2013

IJCA

View full text Add to dashboard Cite

Software component reuse is the use of existing software components to build a new software system. Effective storage and retrieval of software components is much essential in software components reuse process. The researchers have developed a number of software components reuse techniques for storage and retrieval of software components. No one technique is complete in its own; every technique has its own merits and demerits. This paper presents a meta-data model and faceted classification for storage and retrieval of software components that considers domain semantic information based on ontologies and texonomies. In contrast to most existing repositories, which only retrieve a limited set of components, the proposed meta-data model makes possible the recommendation of interrelated components, as ontology and taxonomies characteristics were incorporated. The software component retrieval based on facet classification is a method which has been widely applied in software component retrieval, but the precision of software component retrieval is poor as a result of subjective factor in faceted classification retrieval. The architecture of software component retrieval system and the model of software component retrieval system were designed, the corresponding match algorithm was provided. According to the relation of facet and term space, meta-data repository was established and abstracted from domain knowledge which formed coherent retrieval in the domain and was applied to software component retrieval process. These terms in the meta-data repository were then used to match software components which described in the software component description repository with facet classification, related software components were retrieved from the software component repository. The results of application show that the new software component retrieval method can evidently improve the component retrieval precision and take care of the full-scale of the searching results.

show abstract

Section: Ontology -Based Meta-model For Storage and Retrieval Of Softmentioning

confidence: 99%

Section: Ontology -Based Meta-model For Storage and Retrieval Of Softmentioning

confidence: 99%

Section: Ontology -Based Meta-model For Storage and Retrieval Of Softmentioning

confidence: 99%

See 1 more Smart Citation

An Experiment in Software Component Retrieval based on Metadata and Ontology Repository

Singh

2013

IJCA

View full text Add to dashboard Cite

show abstract

“…Como exemplos, podem-se destacar as abordagens Daphne (Kawasaki & Fernandes, 1996), EHDM (Pansanato & Nunes, 1999), MAPHE (Pimentel, 1997) e MDE (Leiva et al, 2002b;Leiva, 2003). Além disso, estudos envolvendo mecanismos para aquisição e representação do conhecimento, tais como Mapas Conceituais (Moreira & Buchweitz, 1987;Novak, 1981;Novak & Gowin, 1984;Novak, 1990) e Ontologias (Falbo, 1998;Gruber, 1995;Guarino, 1997;Guizzardi et al, 2002), incluindo ainda o desenvolvimento de ferramentas de apoio à sua aplicação prática (Beck, 2003;Coffey et al, 2002;Inspiration Software Inc., 2003;Gaines & Shaw, 2003;Grosso, 1999;Mian & Falbo, 2002;Knowledge Systems Laboratory, 2003), também evidenciam a relevância do tema.…”

Section: • Estruturação Do Conhecimentounclassified

“…O desenvolvimento de ferramentas de apoio à construção de ontologias (Beck, 2003;Grosso, 1999;Mian & Falbo, 2002;Knowledge Systems Laboratory, 2003) evidencia a relevância dada pela comunidade científica ao tema e motiva a que se investigue sua utilização no contexto de desenvolvimento instrucional. Neste trabalho não foram abordados aspectos da aplicação prática de ontologias e ferramentas associadas na elaboração dos módulos educacionais, sendo esta uma das linhas de pesquisa futura a ser conduzida.…”

Section: • Transferência Do Conhecimentounclassified

Uma contribuição ao processo de desenvolvimento e modelagem de módulos educacionais

Barbosa¹

View full text Add to dashboard Cite

A DEUS, pela vida. E pelas alegrias e dificuldades que dela fazem parte, proporcionando-nos aprendizado e amadurecimento. Sem Ele, eu nada seria... Ao meu orientador, Prof. Dr. José Carlos Maldonado, pela confiança e sobretudo pela amizade conquistada ao longo desses quase oito anos de convívio. A minha mãe, por simplesmente TUDO! Aos meus familiares, em especial Angelina e Armando, Nidia, Marcel, Loiane e Gabriel, pelo amor e incentivo. Ao Pe. José Carlos Frederice, pela amizade e pelo apoio e incentivo constantes. Ao Luiz Eduardo, pelo amor, incentivo e paciência durante a fase final deste trabalho. Ao professores do Georgia Tech-Prof. Dr. Richard LeBlanc e Prof. Dr. Mark Guzdial-, e aos professores da University of Florida-Profa. Dra. Sue Legg e Prof. Dr. Terry Morrow-, por me aceitarem em seus grupos de pesquisa durante o estágio nos EUA. À Profa. Dra. Maria da Graça Pimentel e ao Prof. Dr. Ivan Ricarte, pelos "contatos iniciais" que possibilitaram o estágio. À Eliane, Márcio, Daniel e D. Cida, ao Renato, à Ana e Cláudio, à Janaína e Carlos, pela acolhida e por se tornarem minha "família brasileira" nos EUA. Aos professores do grupo de Engenharia de Software:

show abstract

CNMO: Towards the Construction of a Communication Network Modelling Ontology

Rahman

Pakštas

Wang

Intelligent Engineering Systems and Computational Cybernetics

View full text Add to dashboard Cite

Supporting ontology development with ODEd

Cited by 9 publications

References 21 publications

An Experiment in Software Component Retrieval based on Metadata and Ontology Repository

An Experiment in Software Component Retrieval based on Metadata and Ontology Repository

Uma contribuição ao processo de desenvolvimento e modelagem de módulos educacionais

CNMO: Towards the Construction of a Communication Network Modelling Ontology

Contact Info

Product

Resources

About