Property:Justification
From Odp
Justification This property is used to give a justification for why an ontology has been selected as an exemplary ontology.
This is a property of type Text.
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Pages using the property "Justification"
Showing 19 pages using this property.
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| Media Value Chain Ontology + | This ontology may become a reference given its International Standard nature. |
| Music Ontology + | Had many revisions, is widely used (see th … Had many revisions, is widely used (see the linked data cloud). An evaluation methodology was developed and used it to evaluate the music ontology. Various applications were built; dealing with deal with personal collection management, enhanced access to large audio streams available on the Web and music recommendation. lable on the Web and music recommendation. |
| Musical Instrument Ontology + | University project |
| Musician Ontology + | is being extended with more information, like the discography and songs written/performed by the musicians. |
O | |
| OWL-S + | A well accepted and used ontology for services. I used it for a number of projects dealing with tactical behaviors for autonomous vehicles and it worked well. |
| OntoClean Meta-Property Ontology + | OntoClean was one of the first (if not the … OntoClean was one of the first (if not the first) formal tools for ontological analysis, which was intended to clarify the different types of taxonomic structures typically seen in ontologies. The most common OntoClean distinction is rigidity. See http://semanticweb.org/wiki/OntoClean See http://semanticweb.org/wiki/OntoClean |
| Ordered List Ontology + | To get rid of RDF sequences ;) |
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| Play Back Ontology + | The Play Back Ontology is a an extension of the Ordered List Ontology and the Counter Ontology to represent play back specific concepts and relations. |
| Process Specification Language (PSL) + | Formally rigorous. Heavy use of competency questions, both informal and formal. Deployed in industrial scenarios. Basis for highly modular set of ontologies. ISO 18629 |
| Property Reification Vocabulary + | The Property Reification Vocabulary is des … The Property Reification Vocabulary is design after a proposal made by Jiří Procházka, Richard Cyganiak and Toby Inkster and extended by Bob Ferris. It should reflect the important use case and ontology design pattern of property reification, which is different from statement reification (see also background and this explanation). This gives ontology designers the freedom to separate such property reification definitions from their core ontology and enable hence the opportunity to make them optional. nce the opportunity to make them optional. |
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| QUDT: Quantities, Units, Dimensions and Types + | Extremely well thought out, much attention paid to detail, extensive coverage of common and not so common units. |
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| RRSO + | The ontology produced in this research stu … The ontology produced in this research study consist of the most complete picture of the semantic knowledge by considering domain-specific concepts often used in a job candidate's resume (e.g. personal profile details, education information, work experience information, certifications, awards, competencies, etc.) with current conditions of the candidates and key processes in JRSs. Thus, it is aimed to create as comprehensive an ontology as possible in this study. RRSO was developed in the Web Ontology Language (OWL-2) format using the Protégé 5.0 editor. RRSO is a product of a doctoral thesis in the field of computer engineering field and is presented on this public platform for sharing with other PhD cnadiates or researchers. g with other PhD cnadiates or researchers. |
| Recommendation Ontology + | The Recommendation Ontology hooks up parts of the Similarity Ontology, the DCMI Metadata Terms, the Association Ontology and the Ordered List Ontology. |
| Resume Recommender System Ontology (RRSO) + | This ontology was developed as part of a d … This ontology was developed as part of a doctoral thesis and our ontology is still under development. We kindly request that the studies I have shared are shared here in order to be a resource for other researchers. New versions of RRSO are being developed every day and updated versions will be shared on this platform for other researchers. ed on this platform for other researchers. |
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| SKOS + | SKOS seems to strike a good balance betwee … SKOS seems to strike a good balance between very weak notions used in library science and the stronger extensional notons embodied in OWL and RDF set-based class theories. SKOS has been used successfully in several other high-level ontology efforts, notably UMBEL. Although shallow and formally weak, the SKOS concept suite is well designed, and the use of OWL notions such as transitive subproperties is well thought out and elegant. roperties is well thought out and elegant. |
| SNomenclature Ontology + | The Ontology is based on the main recommendations provided by the pharmaceutical product, and also using the semantic model of Snomed as background knowledge, mainly from the Pharmaceutical/Biological product term used in the terminology. |
| SRE - Sub-pixel Efficacy Region & SRI - Signal Resilient to Interpolation + | Make the community aware that the novel terms in signal-image interpolation are associated with corresponding well defined math formulae |
| Smart Product Description Object (SPDO) + | Physical products are mainly described in … Physical products are mainly described in a non-semantic way; their descriptions exist in terms of static databases or XML structures (e.g., BMEcat , ETIM/eCl@ss and GS1). Modeling of enterprises or processes is generally sophisticated, but the description of products rarely exceeds the scope of classification. We intend to integrate physical products into communicative situations in ambient shopping environments. Therefore, semantically annotated product information is required to realize personalized communications between different stakeholders and products (Maass & Filler, 2006). References: Maass, W. & Filler, A. Towards an infrastructure for semantically annotated physical products. In Ch. Hochberger and R. Liskowsky, editors, Informatik 2006, volume P-94 of Lecture Notes in Informatics, p. 544–549, Berlin, Springer, 2006. atics, p. 544–549, Berlin, Springer, 2006. |
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| Weighting Ontology + | The Weighting Ontology includes a multiple purpose weighting concept on top of Statistical Core Vocabulary. |
