Improving Semantic Clustering Using Ontology and Rules

Large amounts of data must be accessible in order to be properly organised and grouped so that access to the data is made easier; clustering algorithms are now doing this for us.Semantic data clustering, which is necessary for semantic interpretation of the input data, has received particular attention in recent years.Three modified clustering approaches are applied in this article, and their outcomes are assessed.On the basis of this, a method is initially created that applies a few principles to avoid confusion inside clusters.The provided data can be subjected to a rule-based clustering.The following method then applies ontology-based semantics to carry out these rules.Finally, the fundamental method modifies the assumed ontology before applying rules to clusters.The outcome demonstrates that the clusters formed from the data included within them were both highly similar and highly dissimilar from one another.Additionally, there was a notable decrease in the k-distance of these clusters, and the correlation was raised.

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Publication Details

Journal
Journal of Engineering Technology and Sciences
Published
2025-04-01
DOI
https://doi.org/10.63590/jets.2025.v02.i05.pp13-18
Primary Topic
Advanced Clustering Algorithms Research
Type
article
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article

Improving Semantic Clustering Using Ontology and Rules

Li L
Journal of Engineering Technology and Sciences
Advanced Clustering Algorithms Research
article

Improving Semantic Clustering Using Ontology and Rules

Li L
article en

Abstract

Large amounts of data must be accessible in order to be properly organised and grouped so that access to the data is made easier; clustering algorithms are now doing this for us.Semantic data clustering, which is necessary for semantic interpretation of the input data, has received particular attention in recent years.Three modified clustering approaches are applied in this article, and their outcomes are assessed.On the basis of this, a method is initially created that applies a few principles to avoid confusion inside clusters.The provided data can be subjected to a rule-based clustering.The following method then applies ontology-based semantics to carry out these rules.Finally, the fundamental method modifies the assumed ontology before applying rules to clusters.The outcome demonstrates that the clusters formed from the data included within them were both highly similar and highly dissimilar from one another.Additionally, there was a notable decrease in the k-distance of these clusters, and the correlation was raised.

Journal of Engineering Technology and SciencesVol. 2(5)
Reduced inequalities
Openalex Percentile: Top 97%
Advanced Clustering Algorithms Research
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