A validation &amp; verification driven ontology: An iterative process

Espinoza, Angelina; Del-Moral, Ernesto; Martínez-Martínez, Alfonso; Alí, Nour

doi:10.3233/ao-210251

Cited by 4 publications

(2 citation statements)

References 15 publications

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“…However, using these questions is not straightforward regarding the evaluation criteria. For example, the clarity criterion requires a more systematic validation with the final users of the ontology Espinoza et al (2021). On the other hand, the relevance criterion should be analysed by domain experts.…”

Section: Discussionmentioning

confidence: 99%

Designing ontologies for behaviours based on temporal passive data

Siebra

Wac

2023

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The use of ontologies to model human behaviours that affect health is challenging since this process involves data from multiple inter-related domains that unfold and evolve over time. However, while current ontology development methodologies are generic enough to model any domain of interest, they do not provide design guidelines for modelling time-related aspects. This paper proposes a methodology for ontology development that entails the requirements for behaviours modelling based on passive temporal data. Its main focus is on temporal representations of classes and their holistic relations since no other methodology approaches ontology design from its temporal perspective. We exemplify these ideas by modelling the sleep behaviour domain, its relations to other behavioural aspects, and its effects on health.

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Section: Discussionmentioning

confidence: 99%

Designing ontologies for behaviours based on temporal passive data

Siebra

Wac

2023

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“…ODM is not fixed, but rather dynamic and adaptable, as they reflect the changing needs and challenges of ontology engineering practice as argued by Elhassouni et al [62]. The iterative nature according to Noy et al [2] and Espinoza et al [63] ensures that the ontology remains dynamic, responsive to changes, and refined over time, aligning with the evolving nature of various application domains. b) Consistent notation system: The adoption of a consistent notation system is imperative element for universal understanding of the ontology without sacrificing formality [64].…”

Section: ) Common Characteristicsmentioning

confidence: 99%

An Approach for Developing an Ontology: Learned from Business Model Ontology Design and Development

Nasir,

Sulaiman,

Leong

et al. 2024

IJACSA

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Ontology, serving as an explicit specification of conceptualization, has found widespread applications across various fields. Business Model Ontology (BMO) stands out as a prominent ontology, especially in the domains of business and entrepreneurship. This study employs the narrative literature review method to delve into the Ontology Development Method (ODM). By identifying commonalities among various ODMs and drawing insights from the BMO, the study proposes a Unified Ontology Approach (UOA) as an alternative ODM. The UOA is derived by combining the common characteristics and key steps of various ODMs, aiming to streamline the ontology development process and enhance its effectiveness. Through an extensive analysis of existing methodologies, this research contributes to the field by offering a consolidated perspective on ODMs. The study findings shed light on the strengths and weaknesses of different approaches, facilitating informed decision-making for ontology developers. Furthermore, the discussion explores the implications of adopting the UOA in practical applications, emphasizing its potential to improve ontology quality, interoperability, and adaptability across diverse domains. In conclusion, this paper advocates for the adoption of the UOA as a comprehensive and flexible framework for ontology development. By synthesizing the strengths of existing ODMs and insights from the BMO, the UOA offers a promising avenue for advancing the field of ontology development and driving progress in various domains and applications.

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Mobile Devices Interface Adaptivity Using Ontologies

Iqbal¹,

Naqvi²,

Khan³

et al. 2022

Computers, Materials &Amp; Continua

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Currently, many mobile devices provide various interaction styles and modes which create complexity in the usage of interfaces. The context offers the information base for the development of Adaptive user interface (AUI) frameworks to overcome the heterogeneity. For this purpose, the ontological modeling has been made for specific context and environment. This type of philosophy states to the relationship among elements (e.g., classes, relations, or capacities etc.) with understandable satisfied representation. The context mechanisms can be examined and understood by any machine or computational framework with these formal definitions expressed in Web ontology language (WOL)/Resource description frame work (RDF). The Protégé is used to create taxonomy in which system is framed based on four contexts such as user, device, task and environment. Some competency questions and use-cases are utilized for knowledge obtaining while the information is refined through the instances of concerned parts of context tree. The consistency of the model has been verified through the reasoning software while SPARQL querying ensured the data availability in the models for defined use-cases. The semantic context model is focused to bring in the usage of adaptive environment. This exploration has finished up with a versatile, scalable and semantically verified context learning system. This model can be mapped to individual User interface (UI) display through smart calculations for versatile UIs.

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A validation & verification driven ontology: An iterative process

Cited by 4 publications

References 15 publications

Designing ontologies for behaviours based on temporal passive data

Designing ontologies for behaviours based on temporal passive data

An Approach for Developing an Ontology: Learned from Business Model Ontology Design and Development

Mobile Devices Interface Adaptivity Using Ontologies

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