Semantic approaches for query expansion: taxonomy, challenges, and future research directions

The internet has been inundated with an ocean of information, and hence, information retrieval systems are failing to provide optimal results to the user. In order to meet the challenge, query expansion techniques have emerged as a game-changer and are improving the results of information retrieval significantly. Of late, semantic query expansion techniques have attracted increased interest among researchers since these techniques offer more pertinent and practical results to the users. These allow the user to retrieve more meaningful and useful information from the web. Currently, few research works provide a comprehensive review on semantic query expansion; usually, they cannot provide a full view on recent advances, diversified data application, and practical challenges. Therefore, it is imperative to go deep in review in order to explain these advances and assist researchers with concrete insights for future development. This article represents the comprehensive review of the query expansion methods, with a particular emphasis on semantic approaches. It overviews the recent frameworks that have been developed within a period of 2015-2024 and reviews the limitations of each approach. Further, it discusses challenges that are inherent in the semantic query expansion field and identifies some future research directions. This article emphasizes that the linguistic approach is the most effective and flexible direction for researchers to follow, while the ontology approach better suits domain-specific search applications. This, in turn, means that development of the ontology field may further open new perspectives for semantic query expansion. Moreover, by employing artificial intelligence (AI) and making most of the query context without relying on user intervention, improvements toward the optimal expanded query can be achieved.

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Institutions

Publication Details

Journal
PeerJ Computer Science
Published
2025-03-05
DOI
https://doi.org/10.7717/peerj-cs.2664
Citations
3
Primary Topic
Data Quality and Management
Type
article
Field-Weighted Citation Impact
6.32
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article

Semantic approaches for query expansion: taxonomy, challenges, and future research directions

Azzah Allahim, Asma Cherif, Abdessamad Imine
3 citations
PeerJ Computer Science
Data Quality and Management
6.32
article

Semantic approaches for query expansion: taxonomy, challenges, and future research directions

Azzah Allahim, Asma Cherif, Abdessamad Imine
article en
3 citations

Abstract

The internet has been inundated with an ocean of information, and hence, information retrieval systems are failing to provide optimal results to the user. In order to meet the challenge, query expansion techniques have emerged as a game-changer and are improving the results of information retrieval significantly. Of late, semantic query expansion techniques have attracted increased interest among researchers since these techniques offer more pertinent and practical results to the users. These allow the user to retrieve more meaningful and useful information from the web. Currently, few research works provide a comprehensive review on semantic query expansion; usually, they cannot provide a full view on recent advances, diversified data application, and practical challenges. Therefore, it is imperative to go deep in review in order to explain these advances and assist researchers with concrete insights for future development. This article represents the comprehensive review of the query expansion methods, with a particular emphasis on semantic approaches. It overviews the recent frameworks that have been developed within a period of 2015-2024 and reviews the limitations of each approach. Further, it discusses challenges that are inherent in the semantic query expansion field and identifies some future research directions. This article emphasizes that the linguistic approach is the most effective and flexible direction for researchers to follow, while the ontology approach better suits domain-specific search applications. This, in turn, means that development of the ontology field may further open new perspectives for semantic query expansion. Moreover, by employing artificial intelligence (AI) and making most of the query context without relying on user intervention, improvements toward the optimal expanded query can be achieved.

PeerJ Computer ScienceVol. 11
Centre National de la Recherche Scientifique (FR), King Abdulaziz University (SA), Jouf University (SA), Laboratoire Lorrain de Recherche en Informatique et ses Applications (FR), Université de Lorraine (FR)
Life below water
Openalex Percentile: Top 5%
Data Quality and Management
6.32
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