Multi-Modal Knowledge Graph System with Embedding Module

Recommendation system is to predict appropriate Point of Interest (POIs) which have not visited before the users provides its historical records of check-ins. The implementation of knowledge graph system resolves the heterogeneity in auxiliary data. Though, previous knowledge graph system about the POI recommendation makes the utilization of relationship among POIs and users for context data to recommendation system and neglected the deep relation taken attribute integration of POIs itself. Many researches developed the Knowledge Graphs (KGs) based system through leveraging the significant auxiliary data. Many researches ignored the difference of data types in multi-modal. In this article, developed the Multi-modal Knowledge Graph Embedding Module (MKGEM) for enhancing the recommender system through knowledge of multi-modal. In MKGEM, the multi-modal graph attention method is evaluated to data propagation and next used the resulted aggregation representation of embedding for knowledge graph system. The developed MKGEM showed effective performance while compared to existing techniques like Collaborative Knowledge base Embedding (CKE).

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Publication Details

Published
2024-09-20
DOI
https://doi.org/10.1109/icdscnc62492.2024.10939463
Primary Topic
Advanced Computational Techniques and Applications
Type
article
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article

Multi-Modal Knowledge Graph System with Embedding Module

Yi Sha, Qinyun Zuo, Qiang Li, X.L. Gu et al.
Advanced Computational Techniques and Applications
article

Multi-Modal Knowledge Graph System with Embedding Module

Yi Sha, Qinyun Zuo, Qiang Li, X.L. Gu, Huashu Kuang
article en

Abstract

Recommendation system is to predict appropriate Point of Interest (POIs) which have not visited before the users provides its historical records of check-ins. The implementation of knowledge graph system resolves the heterogeneity in auxiliary data. Though, previous knowledge graph system about the POI recommendation makes the utilization of relationship among POIs and users for context data to recommendation system and neglected the deep relation taken attribute integration of POIs itself. Many researches developed the Knowledge Graphs (KGs) based system through leveraging the significant auxiliary data. Many researches ignored the difference of data types in multi-modal. In this article, developed the Multi-modal Knowledge Graph Embedding Module (MKGEM) for enhancing the recommender system through knowledge of multi-modal. In MKGEM, the multi-modal graph attention method is evaluated to data propagation and next used the resulted aggregation representation of embedding for knowledge graph system. The developed MKGEM showed effective performance while compared to existing techniques like Collaborative Knowledge base Embedding (CKE).

University of Manchester (GB)
Openalex Percentile: Top 74%
Advanced Computational Techniques and Applications
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