FOAF-Academic Ontology: A Vocabulary for the Academic Community

Kalemi, Edlira; Martiri, Edlira

doi:10.1109/incos.2011.94

Cited by 17 publications

(8 citation statements)

References 5 publications

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“…In step 3, we can apply existing ontologies for general matters such as FOAF ontology for academic organizations [31].…”

Section: Discussionmentioning

confidence: 99%

Establishing Information Security Policy as an Organizational Risk Management

Nagata

2024

The Future of Risk Management [Working Title]

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In the advanced information and communication network society, every organization faces information-related risks such as information leaks, system, and service malfunctions, unauthorized intrusions, business email compromise, ransom attacks, etc. In order to deal with these various types of risks, it is necessary to take measures that emphasize the balance of the entire organization rather than individual technical measures. In this chapter, we will provide an overview of various risks related to information and consider the establishment of information security policies as a means of overall risk management. Especially keeping in mind SMEs with limited financial and human resources, we will discuss the information security policy automatic generation system by utilizing ontology.

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“…In step 3, we can apply existing ontologies for general matters such as FOAF ontology for academic organizations [31].…”

Section: Discussionmentioning

confidence: 99%

Establishing Information Security Policy as an Organizational Risk Management

Nagata

2024

The Future of Risk Management [Working Title]

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“…FOAF Ontology describes people, social relations, various activities, and their acquaintances but it is not close to the academic communities where professional achievements matter in the formation of relationships. Development of new ontology FOAF -Academic is described in this paper [4] by the authors. It is built on top of FOAF vocabulary by restricting the target audience as only academic communities.…”

Section: Related Workmentioning

confidence: 99%

Implementation of FOAF, AIISO and DOAP ontologies for creating an academic community network using semantic frameworks

Ahuja

Sivakumar

2019

IJECE

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Web 2.0 delivers the information which is then displayed in human readable content, omitting the crucial information which can be drawn from the data by the applications. Web 3.0 or semantic web is an extension to the current web, with an ambition to determine the drawbacks of the current web. The semantic web has already proven its influence in several communities around the globe, such as social media, music industry, healthcare domain, online blogs or articles, etc.; Among the several tools and technologies, ontologies or vocabularies are the foundation pillar for the semantic web. In this paper, the developed system aims at improving the collaboration and academic relations among staff which is directly related to our education community by providing a better networking platform which lets the agents discuss their achievements, titles, domain interests, and various other activities. Results have been analyzed to show how new facts, information can be implied from the presented knowledge of several agents and help generate a relationship graph by utilizing various semantic tools. The system discussed in this paper processes all the information in a format which can be understood by both humans and the machines, to interpret the underlying meaning about it and provide effective results.

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“…FOAF ontology allows establishing a social network by defining people, their activities, and their connections with other people [9]. Kalemi and Martiri [10] developed AFOAF ontology in 2011. In AFOAF file, properties and set of classes are defined to represent the information in academic résumés.…”

Section: The Publication Of Linked Datamentioning

confidence: 99%

Querying Bibliography Data Based on Linked Data

Gültepe¹

2015

JSW

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Usually, a common data model is used for creating and getting a résumé in web applications. Though different web applications provide the same quality résumé information, they encounter difficulties in analyzing and processing data in their different sources. Linked data technology allows overcoming these problems by integrating the data coming from different sources, linking large, voluminous, and distributed data sets with semantic sources in web of data, and forming an open linked data cloud. This study mainly aims to combine, publish, and explore the semantic information in the academic résumés of scientists/researchers working in universities and/or research establishments by use of linked data. The study deals with the use and exploration of academic résumé information through linked data approach. It was intended to conduct effective SPARQL queries on linked data network via FOAF-Academic, DBLP and Résumé/Curriculum Vitae (CV) ontologies so that different data sources would be integrated.

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FOAF-Academic Ontology: A Vocabulary for the Academic Community

Cited by 17 publications

References 5 publications

Establishing Information Security Policy as an Organizational Risk Management

Establishing Information Security Policy as an Organizational Risk Management

Implementation of FOAF, AIISO and DOAP ontologies for creating an academic community network using semantic frameworks

Querying Bibliography Data Based on Linked Data

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